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If you’re on the journey to becoming a licensed physician in the United States, USMLE Step 3 is the final hurdle in the United States Medical Licensing Examination (USMLE) series. Passing Step 3 is crucial for obtaining an independent medical license and is often required before completing residency. In this guide, we’ll break down when to take USMLE Step 3, how to apply, and key requirements to help you plan this important milestone efficiently.

When Should I Take Step 3 Exam?

The ideal timing for taking USMLE Step 3 depends on your career goals and residency demands. Many residents aim to take the exam during the first year (PGY-1) or early second year (PGY-2) of residency to check off this requirement early. Since there are many similarities between Step 3 and Step 2CK, many residents want to get this test done quickly so they do not forget some of the critical information they learned in medical school about other specialities. However, many residents may also look to take this test near the end of their residency training as they are not in a rush to get it done and they want to focus on their clinical training. Here are some factors to consider:

• If your residency requires Step 3 early – Some residency programs mandate that you pass Step 3 to advance to PGY-2.
• If you want to apply for a fellowship – Some competitive fellowships require a passing Step 3 score at the time of application. However, many do not, and many residents will actually take Step 3 after they are accepted to fellowship in case they score lower on the test and to avoid having a blemish on their application.
• If you need a visa sponsorship – International Medical Graduates (IMGs) on H-1B visas must pass Step 3 before applying for sponsorship.
• If you want more study time – Some residents prefer to delay Step 3 until PGY-2 or later, giving them more time to prepare and more time to gain clinical experience which can come in handy on the CCS portion of Step 3.

Do You Have to Take USMLE Step 3 Before Residency?

No, USMLE Step 3 is not required before starting residency. However, some residency programs encourage or require residents to pass it early in training. IMGs who need an H-1B visa must pass Step 3 before starting residency, but most U.S. medical graduates take it during residency.

When Can You Take USMLE Step 3?

You are eligible to take Step 3 once you:

1. Pass USMLE Step 1 and Step 2 CK – Step 3 is only available to those who have successfully completed the first two exams.
2. Earn your MD or DO degree – You must have graduated from an accredited U.S. or Canadian medical school or an internationally recognized institution.
3. Obtain ECFMG Certification (for IMGs) – International graduates must be certified by the Educational Commission for Foreign Medical Graduates (ECFMG) before registering.

Many applicants take Step 3 shortly after starting residency, but you can take it as soon as you have your MD/DO and pass Step 1 & 2 CK.

What Is the 7-Year Rule for Step 3?

The 7-year rule means that you must complete all three USMLE Steps within seven years of passing your first exam (Step 1) in most states. If you exceed this timeframe, you may have to retake earlier steps. However, some states offer exceptions, so be sure to check with your state medical board.

Step-by-Step Guide: How to Apply for USMLE Step 3

Step 1: Confirm Eligibility

Before applying, ensure that you meet the following:

• Passed Step 1 and Step 2 CK
• Graduated from an accredited medical school
• Obtained ECFMG certification (if applicable)

Step 2: Register via FSMB

Step 3 is administered by the Federation of State Medical Boards (FSMB), not the NBME. To register:

1. Create an account on FSMB’s website.
2. Complete the application – This includes personal information, education history, and transcripts of prior USMLE exam details.
3. Pay the exam fee – The 2025 fee is $935 (subject to change).
4. Submit required documentation – IMGs may need to provide additional credentials.

Step 3: Receive Scheduling Permit

After processing, FSMB will send your scheduling permit, which allows you to book your test dates. Processing may take several weeks (estimated by FSMB to be 2 weeks), so apply early!

Step 4: Schedule Your Exam Dates

USMLE Step 3 is a two-day exam, and you must schedule both days within a 14-day window. You can book your exam through Prometric, a national testing center.

• Day 1: Foundations of Independent Practice (FIP) – 232 multiple-choice questions (MCQs) over 7 hours.
• Day 2: Advanced Clinical Medicine (ACM) – 180 MCQs plus 13 Computer-Based Case Simulations over 9 hours.

How to Schedule Step 3 USMLE?

Once you receive your scheduling permit, visit Prometric’s website to select available dates and locations. Spots fill quickly, so schedule early!

How to Fit Step 3 into Your Busy Residency Schedule

Residency is demanding, so balancing Step 3 prep with clinical duties is crucial. Here are some tips:

Create a Study Plan

Dedicate at least 4-6 weeks of structured study time. Many residents choose to study during lighter rotations.

Use High-Yield Resources (must have)

• UWorld or AMBOSS Step 3 QBank – Best question banks for practice. Ideally, you would complete all questions before test day but we recognize that residents have many commitments and may not be able to get through them all.
• CCS Cases (Computer-Based Simulations) – Essential for Day 2 prep. The CCS cases will be brand new to you! Understanding the format of the CCS cases and the user interface is critical to your success.

Practice Time Management

• Allocate 1-2 hours/day for studying – again, we recognize how busy your clinical schedule is!
• Use weekends for longer study sessions.
• Take a practice test 2-3 weeks before the exam.

Consider a Tutor for Targeted Prep

If you’re short on time or need guidance, a USMLE Step 3 tutor can help you focus on weak areas and boost your confidence. A tutor can personalize your study plan and help with CCS case strategies.

Need help preparing? Check out Elite Medical Prep’s USMLE Step 3 Tutoring for expert coaching!

Final Thoughts: Plan Ahead for Step 3 Success

• Apply early – Registration can take weeks, so plan ahead.
• Schedule wisely – Choose a test date that aligns with your clinical workload and career plans.
• Study efficiently – Use high-yield resources and practice CCS cases.
• Consider tutoring – A personalized study plan can maximize efficiency.

Still wondering, “When do you take USMLE Step 3?” The best time is when you feel ready and have adequate study time. Whether you take it early (or even before for our IMGs) in residency or later, careful planning will help you pass on the first attempt!

Need help prepping? Sign up for USMLE Step 3 tutoring today!

The Comprehensive Osteopathic Medical Licensing Examination (COMLEX) Level 1 is a critical milestone for osteopathic medical students. It serves as one of the standardized examinations that students will need to overcome prior to clinical training and residency applications. This high-stakes exam assesses a student’s foundational medical knowledge and ability to apply osteopathic principles in patient care.

One of the most frequently asked questions about COMLEX Level 1 is its duration and question format. In this comprehensive guide, we will break down the structure, timing, and number of questions on the exam to help students prepare effectively.

Background to COMLEX Level 1

COMLEX is administered by the National Board of Osteopathic Medical Examiners (NBOME). It consists of multiple levels, with Level 1 being the first major step in the licensing process. Students who are new to the licensing process may also benefit from learning more about what the COMLEX exams are and how each level fits into osteopathic medical training. Per the NBOME, “COMLEX-USA Level 1 integrates foundational biomedical sciences with other areas of osteopathic medical knowledge relevant to clinical problem-solving and the promotion of health maintenance”.

COMLEX Level 1 transitioned to a pass/fail scoring system in 2022. This change was made to reduce stress on students and shift focus from numerical scores to overall competency. While this eliminates score-based competition, the rigorous nature of the exam remains unchanged.

To find all of the most up to date information on the COMLEX, we recommend visiting the NBOME website on the COMLEX examinations.

How Long is the COMLEX Level 1 Exam?

The total testing time for COMLEX Level 1 is approximately 8 hours, divided into two 4-hour sessions, which are further subdivided with scheduled breaks in between. The exam is administered in a single day and follows a strict schedule:

Breakdown of Testing Time

Students must complete each session within the allotted time, and any remaining time does not carry over to the next session. The two 10-minute breaks (between sections 2 and 3, and 6 and 7) and the 40-minute lunch break (between sections 4 and 5) provide an opportunity to rest and refresh, which is crucial for maintaining focus and stamina throughout the day.

How Many Questions are on COMLEX Level 1?

The COMLEX Level 1 exam consists of 352 multiple-choice questions (MCQs), distributed evenly across eight sections, each containing 44 questions. Each section is timed separately, requiring students to pace themselves effectively to answer all questions within the given time constraints.

Question Format

The questions on COMLEX Level 1 are single-best answer, multiple-choice format and may include audio-visual elements. Each question presents a clinical vignette or scenario, followed by a question and possible answer choices. Questions can be answered, reviewed, and changed one section at a time. The exam does not time individual sections. However, once you advance to a new section, you can no longer return to the previous one.

 The exam tests:

• Basic biomedical sciences (anatomy, physiology, biochemistry, pharmacology, microbiology, pathology, and genetics)
• Osteopathic principles and manipulative medicine (OMM)
• Clinical decision-making and patient management

Time Management per Question

Since each section has 44 questions to be completed in 1 hour, students have approximately 1 minute and 22 seconds per question. Efficient time management helps students answer every question within the allotted time.

What kind of questions can I expect to answer?

The specific breakdown for each COMLEX exam can be found in the figure below and at the following website. Specifically, COMLEX has a Blueprint regarding the concepts that students are expected to master, and these concepts are broken down into two dimensions. Dimension 1 refers to competency domains while Dimension 2 refers to Clinical Presentations. Students should review the COMLEX Level 1 exam blueprint to understand how it organizes and weights these topics.

What to Expect on Exam Day?

Understanding the exam structure and timing is only part of the preparation process. On the day of the exam, students should arrive at the testing center early to allow enough time for check-in procedures, including identification verification, fingerprint scanning, and security screening.

Tips for Exam Day Success

• Arrive early: Plan to arrive at least 30-60 minutes before your scheduled exam time to complete check-in procedures. Often times the staff at the testing center will allow you to begin your exam early.
• Dress comfortably: Testing centers have varying temperatures, so wear layers to stay comfortable that you can remove on breaks if it gets too hot.
• Bring necessary identification: You must bring a government-issued photo ID.
• Use your breaks wisely: Eat a light meal during lunch and stay hydrated to maintain energy levels (always bring more food than you think you will need)
• Stay calm and focused: If you encounter a difficult question, make an educated guess and move forward to save time.

How to Prepare for the Length and Question Volume?

The sheer length and number of questions on COMLEX Level 1 can be daunting, but effective preparation strategies can help students build endurance and confidence.

1. Take Full-Length Practice Exams

Simulating the actual test by taking full-length practice exams under timed conditions is one of the best ways to prepare. This helps students develop stamina and improve time management. Along with taking full-length assessments, review the best COMLEX Level 1 study resources to determine which tools may be most helpful during each stage of your preparation.

2. Follow a Study Schedule

A structured study plan that includes reviewing high-yield topics, taking practice questions, and scheduling rest days can optimize learning and retention. Students who need help organizing their preparation can use EMP’s free COMLEX Level 1 10-week study calendar as a starting point.

3. Use Question Banks

Resources like UWorld, TrueLearn, and COMBANK offer question banks designed to mimic the COMLEX exam format. These are valuable tools for reinforcing concepts and improving test-taking strategies. Before selecting a question bank, read our detailed TrueLearn review for COMLEX preparation to understand its features, strengths, and limitations.

4. Focus on OMM

Osteopathic principles and manipulative medicine (OMM) are unique to the COMLEX exam. Many students find this section challenging because medical school courses often place less emphasis on OMM than on the basic biomedical sciences. Therefore, dedicating sufficient time to OMM review is crucial. If this is one of your weaker areas, learn how to study for OMM questions more effectively.

5. Build Stamina with Timed Study Sessions

Studying in timed blocks, similar to the exam’s structure, can help condition students for long periods of focused work.

6. Ask for Help!

Studying with friends and classmates is a great way to get support during these challenging times. Tutors are also available to help you craft an individualized study plan. Students who need more individualized support may benefit from working with a COMLEX Level 1 tutor to develop a personalized schedule, address knowledge gaps, and strengthen their test-taking strategy.

Conclusion

COMLEX Level 1 is a demanding exam that requires both knowledge and endurance. Understanding its structure—8 hours in total, divided into eight 1-hour testing sections, with 352 multiple-choice questions—is essential for effective preparation. By practicing with timed exams, using question banks, and maintaining a structured study schedule, you can improve their performance and increase their confidence on exam day. Do not be afraid to ask for help – tutors can be a wonderful resource to improve your scores.

With adequate preparation and the right mindset, you can successfully navigate COMLEX Level 1 and move forward in your medical careers with a strong foundation in osteopathic medicine.

If you’re preparing for the Comprehensive Osteopathic Medical Licensing Examination (COMLEX-USA), knowing when to expect your scores can help you plan your next steps. Score release dates for COMLEX exams vary depending on the level and testing period. This guide explains when NBOME releases scores for COMLEX Level 1, Level 2-CE, and Level 3 and answers frequently asked questions about the score release process.

COMLEX Score Release Timeline

The National Board of Osteopathic Medical Examiners (NBOME) releases COMLEX scores according to a specific schedule. NBOME generally releases scores within a few weeks of the exam, although the exact timeline varies by exam level and testing window.

COMLEX Level 1 Score Release

• Below you can find the testing windows and when scores for COMLEX-USA Level 1 2025-2026 Cycle are expected to be released:

COMLEX Level 2-CE Score Release

• Typical Release Timeline: 4 to 6 weeks after the exam. (Students preparing for this exam can also review our Ultimate COMLEX Level 2 Study Plan)
• Testing Windows & Variability: Some testing periods may have slightly delayed score releases due to high test volumes

• Below you can find the testing windows and when scores for COMLEX-USA Level 2-CE 2025-2026 Cycle are expected to be released:

COMLEX Level 3 Score Release

• Typical Release Timeline: 8 to 12 weeks post-exam. (For more information about the exam’s format, content, and preparation process, read our complete guide to COMLEX Level 3)
• Why the Delay?: Since Level 3 involves more complex case-based questions, grading and processing times can take longer.

• Below you can find the testing windows and when scores for COMLEX-USA Level 3 2025 Cycle are expected to be released:

Other FAQ regarding COMLEX tests and timing of getting results:

Does NBOME Email You When Your COMLEX Score Is Available?

Yes. NBOME will email you when your COMLEX score becomes available. The email will direct you to the NBOME portal, where you can log in and view your official score report.

What Percent Correct is Passing COMLEX Level 1? What are the passing scores for COMLEX Level 2-CE and COMLEX Level 3?

Since COMLEX Level 1 transitioned to Pass/Fail scoring, NBOME no longer publicly discloses the exact percentage of correct answers required to pass. Learn more about COMLEX scores and percentiles.  However, historically, students needed to correctly answer approximately 60-65% of questions to achieve a passing score. The passing score for COMLEX Level 2-CE is 400, and that for Level 3 is 350.

How Many People Fail the COMLEX Examinations?

Below, you can find information on pass rates for COMLEX Level 1, Level 2-CE, and Level 3 from the NBOME. The failure rate for COMLEX Level 1 has traditionally been low, with total pass rates ranging from 85% to 95% in recent years. The shift to a Pass/Fail system may further impact these statistics, but official failure rate data is not always readily available.

Final Thoughts

Understanding the COMLEX score release schedule helps you plan your next steps, whether that means preparing for residency applications or scheduling your next exam. Check the official NBOME website for the latest score release dates, and watch for an email from NBOME when your results become available.

If you need individualized support before your next exam, discover how a COMLEX tutor can strengthen your preparation or contact our team. We’ll connect you with an expert who can provide personalized one-on-one COMLEX tutoring.

If you’re a medical student preparing your CV for ERAS and thinking, “I don’t have enough research,” you are not alone, and more importantly, you are not necessarily at a disadvantage in the way you might think. Somewhere along the line, the narrative took hold that research is the defining feature of a competitive residency application. While research certainly has value, it is far from the only way to demonstrate excellence, curiosity, and commitment to medicine.

Residency programs are not simply looking for future researchers. They are looking for future colleagues, people who will take care of patients, work in teams, teach others, and represent their program well. A strong CV reflects that broader identity. If your experiences lean more toward clinical work, leadership, service, or education rather than publications and posters, you can still build a compelling and highly competitive application.

This guide will walk you through how to do exactly that.

What a “Strong CV” Really Means

Before diving into strategy, it helps to define the goal. A strong CV is not simply a list of impressive-sounding accomplishments; it is a cohesive story about who you are, what you care about, and how you’ve spent your time in medical school. And this is exactly how you want to present it to residency programs. 

Research is one way to show intellectual curiosity and academic engagement, but it is not the only way. Clinical excellence, meaningful service, leadership roles, teaching experience, and even unique personal interests can all signal the qualities programs care about. The key is not checking a specific box, it’s demonstrating passion, consistency, and intentionality.

When someone reads your CV, they should be able to answer a few questions without ever meeting you. What motivates this person? How do they spend their time? What kind of resident will they be? If your experiences answer those questions clearly, your CV is doing its job.

Leaning Into Clinical Experience

If you don’t have extensive research, your clinical experiences become even more important, and fortunately, they are often the most impactful part of your application anyway.

Think beyond simply listing rotations. The strength of your clinical section comes from how you engaged with those experiences. Did you take on additional responsibility? Did you build meaningful relationships with patients or mentors? Did you pursue electives that align with your interests?

Sub-internships, away rotations, and specialty-specific electives carry particular weight because they show commitment and readiness for residency. If you excelled in these settings, make sure that is reflected not just in your CV but also through strong letters of recommendation.

Even smaller experiences can be powerful if they demonstrate initiative. Volunteering in a student-run clinic, helping coordinate patient care, volunteering in your local community, or taking on a leadership role within a clinical setting all speak to your ability to function as part of a team. These are qualities program directors value deeply, often more than an additional abstract or publication.

Building a Narrative Through Leadership

Leadership is one of the most underrated ways to strengthen a CV, especially for students without a research-heavy background. It shows ownership, responsibility, and the ability to influence others, skills that are essential in residency.

But leadership does not have to mean holding a formal title like “president.” It can take many forms. Organizing events, mentoring younger students, improving workflows in a clinic, or starting a new initiative all count as leadership when framed correctly.

The most important aspect is continuity. Holding one leadership role for an extended period is often more impactful than briefly participating in several organizations. It suggests commitment and allows you to demonstrate growth over time.

When you describe these roles, focus on what you actually did and what changed because of your involvement. Did you increase participation in a program? Improve access to care? Develop new educational materials? These outcomes help translate your experiences into something concrete and meaningful.

Turning Service Into Strength

Volunteer work is another powerful pillar of a strong CV, particularly when it aligns with your broader interests. Many students underestimate the impact of service work, but residency programs often view it as a reflection of character and values.

What matters most is not the number of activities but the depth of your involvement. Long-term commitment to a single cause is far more compelling than sporadic participation in many unrelated efforts.

If you volunteered at a free clinic throughout medical school, that tells a story about your dedication to underserved populations. If you participated in community outreach or health education initiatives, it demonstrates a commitment to public health and patient advocacy.

The key is alignment. When your service activities connect with your clinical interests or future goals, they reinforce your narrative. For example, a student interested in dermatology might focus on skin cancer screenings, community education about sun protection, or outreach to underserved populations with limited access to dermatologic care. These experiences create a cohesive story that feels intentional rather than scattered.

Highlighting Teaching and Mentorship

Teaching is a core part of medicine, and demonstrating an interest in education can significantly strengthen your CV. Even without formal research, teaching experiences signal mastery of material, communication skills, and a willingness to contribute to the learning environment.

You don’t need to be a course director to include teaching on your CV. Tutoring younger students, leading review sessions, creating study resources, or mentoring pre-med or junior medical students all count.

If you’ve ever explained a complex concept to a peer or helped organize a study group, you’ve already engaged in teaching. The difference lies in how you frame it. Emphasize your role, your audience, and the impact of your efforts.

Programs value residents who can teach effectively because they contribute to the academic mission of the institution. Showing that you already enjoy and excel at teaching can set you apart in a meaningful way.

Making the Most of Limited Research Experience

Even if you are not a “researcher,” you may have more academic engagement than you realize. Case reports, quality improvement projects, and even informal scholarly work can all be included on your CV.

If you have any research at all, present it clearly and confidently without apologizing for its scope. A single meaningful project is more valuable than several superficial ones. Especially if you can talk passionately about the project and explain why it is meaningful to you. 

If your research experience is truly minimal, consider ways to engage in smaller, manageable projects. Case reports are a great place to start, particularly in clinically oriented specialties. Quality improvement initiatives within your hospital or clinic can also demonstrate analytical thinking and a commitment to improving patient care.

Importantly, you don’t need to force yourself into large, time-consuming research projects if that’s not where your interests lie. Authenticity matters. Programs can tell when applicants are pursuing activities solely to check a box. Instead, focus on demonstrating curiosity in other ways. Ask questions during rotations, seek feedback, and engage deeply with clinical learning. Intellectual engagement is not limited to the research setting.

Crafting a Cohesive Story

One of the most effective ways to strengthen your CV is to ensure that your experiences tell a consistent story. This does not mean every activity must fit into a single narrow theme, but there should be a sense of direction. Imagine someone reading your CV without any additional context. Would they understand your interests and motivations? Would they see patterns in how you’ve spent your time?

If your experiences feel scattered, look for ways to connect them. Your personal statement and interviews will help reinforce this narrative, but your CV should lay the foundation.

For example, a student interested in dermatology might have clinical electives in dermatology, volunteer work in skin cancer screening, leadership in a dermatology interest group, and teaching experience related to dermatologic conditions. Even without extensive research, this creates a clear and compelling picture. There is still room to pursue side interests and projects as well but always make sure to tie these back to your core narrative and goals. 

Presentation Matters More Than You Think

A strong CV is not just about content; it’s also about presentation. Clarity, organization, and professionalism make a significant difference in how your application is perceived. Keep formatting clean and consistent. Use clear section headings, maintain uniform spacing, and avoid clutter. Your CV should be easy to skim while still conveying depth.

Descriptions should be concise but informative. Avoid vague statements and focus on specific contributions. Instead of saying you “participated in a clinic,” describe what you did, how you contributed and what you accomplished.

Consistency is key. Dates, formatting, and style should be uniform throughout the document. Double check your grammar. These details may seem minor, but they signal attention to detail and professionalism, qualities that matter in residency. Also, applicants should also carefully review their materials for potential residency application red flags and address them thoughtfully.

Leveraging Letters of Recommendation

While not technically part of your CV, letters of recommendation play a crucial role in reinforcing the strengths highlighted in your application. If you don’t have a research-heavy CV, strong clinical letters become even more important. Choose writers who know you well and can speak to your work ethic, clinical skills, and interpersonal qualities.

A glowing letter from a physician who has worked closely with you in a clinical setting can carry more weight than a generic letter from a well-known researcher. Relationships matter.

Be intentional about who you ask and give your letter writers enough time and information to write a thoughtful, detailed letter. Remind them of specific examples of your interaction with patients that they can include. Your CV will help guide them, so make sure it accurately reflects your experiences and strengths.

Embracing What Makes You Different

One of the most overlooked aspects of building a strong CV is the value of individuality. Not every applicant needs to look the same, and in fact, standing out often comes from leaning into what makes you unique. Maybe you have a background in art, business, or education. Maybe you’ve pursued a passion outside of medicine that has shaped how you think and interact with others. These experiences are not distractions, they are assets.

Residency programs are building teams, not just selecting individuals. They benefit from having residents with diverse backgrounds, perspectives, and skills. Your unique experiences can make you a more interesting and memorable candidate.

The key is to present them in a way that connects to your role as a future physician. How have these experiences shaped your approach to patient care, teamwork, or problem-solving? When framed thoughtfully, even unconventional experiences can strengthen your application.

Final Thoughts: Depth Over Quantity

At the end of the day, building a strong CV without extensive research comes down to one principle: depth matters more than quantity. You do not need to do everything. You do not need to have dozens of activities or multiple publications. What you need is meaningful engagement, clear direction, and a thoughtful presentation of your experiences.

Focus on what genuinely interests you. Commit to those activities. Take on responsibility. Reflect on what you’ve learned. When you do this consistently, your CV will naturally become stronger. It’s easy to compare yourself to peers who have extensive research portfolios, but remember that residency programs are not looking for identical applicants. They are looking for capable, motivated, and well-rounded individuals who will be a good fit and contribute to their program in meaningful ways.

If your path has been more clinically oriented, more service-driven, or more focused on leadership and teaching, that is not a weakness. It is simply a different, and equally valuable, way of demonstrating your interests, passions, and readiness for residency. And when presented well, it can be exactly what sets you apart.

If you would benefit from personalized guidance, an Elite Medical Prep residency tutor can help you review your CV, develop a cohesive application narrative, and prepare for interviews.

Deciding to retake the MCAT can feel discouraging. After months of studying, practice exams, and test-day nerves, seeing a score that doesn’t reflect your goals, or your potential, can be devastating. Many pre-med students worry that needing a retake means they failed or that they simply aren’t good test takers.

In reality, MCAT retakes are extremely common and multiple MCAT scores do not necessarily hurt your medical school application, especially when they demonstrate meaningful improvement. Admissions committees at organizations like the Association of American Medical Colleges (AAMC), which administers the MCAT, regularly see applicants who improved their scores significantly on a second attempt. What matters most is how you approach the retake.

The biggest mistake students make is assuming they simply need to study more the second time. In truth, successful retakes usually require studying differently, not just longer. If your first preparation strategy didn’t produce the score you wanted, repeating the exact same approach (even for a longer time or with more intensity) will likely lead to the same result.

A retake is an opportunity to step back, analyze what didn’t work the first time, and rebuild your strategy in a more targeted and efficient way.

Start With Honest Score Analysis

Before opening another content book or scheduling a new exam date, the most important step is to carefully analyze your previous MCAT performance.

Many students skip this stage because they are eager to “get back to studying.” But without understanding what went wrong, it is very easy to repeat the same mistakes.

The MCAT is divided into four sections:

• Chemical and Physical Foundations of Biological Systems
• Critical Analysis and Reasoning Skills (CARS)
• Biological and Biochemical Foundations of Living Systems
• Psychological, Social, and Biological Foundations of Behavior

Your score report provides detailed information about your performance in each section. Look closely for patterns. Did one section fall significantly below the others? Were there specific content areas where you consistently struggled? Did your practice exam scores differ dramatically from your real test-day score?

These questions help identify whether the problem was primarily related to content gaps, test-taking strategy, timing, or test-day performance. Each issue requires a different solution.

For example, a student who struggled with physics concepts needs a very different study plan from a student who knew the content but ran out of time on every section. The goal of this analysis is to pinpoint the true bottleneck in your first attempt . Understanding the possible reasons behind a low MCAT score can help you determine where your retake strategy needs to change.

Why Simply “Studying More” Rarely Works

After an unsatisfactory MCAT score, many students respond by doubling their study hours. They reread textbooks, rewatch content videos, and repeat flashcards they already made during their first preparation period. While this effort is understandable, it often produces minimal score improvement.

The reason is that the MCAT is not purely a memorization exam. In fact, most of the test requires critical thinking and logical reasoning. While strong content knowledge is essential, the exam primarily tests how you apply knowledge in unfamiliar scenarios. Questions often require interpreting experimental passages, analyzing data, and reasoning through complex biological systems. This often differs from the type of exams students are used to from their college coursework.  Because of this, students who spend most of their time passively reviewing content may feel comfortable during studying but still struggle on the actual exam.

The key difference between an average and a strong MCAT score is usually application, not memorization. Retake preparation should therefore shift toward active practice and strategic improvement. A balanced MCAT study strategy should combine targeted content review with daily passage-based practice and careful performance analysis.

Identify Whether Content Was the Problem

For some students, the first MCAT attempt revealed significant gaps in foundational knowledge. This is especially common when students rushed their preparation timeline or tried to learn large amounts of material quickly (aka cramming).

If content gaps were the main issue, the retake strategy should involve rebuilding your understanding of key concepts in chemistry, biology, biochemistry, physics, and psychology. However, it is important to approach this stage differently from your first attempt.

Instead of reading large amounts of material passively, focus on testing your understanding frequently. After reviewing a topic, immediately apply it through practice questions. Choosing the right MCAT practice questions and resources can make this process more focused and effective. This process strengthens retention, demonstrates how you’ll see the topic tested, and reveals whether you truly understand the concept.

Another helpful approach is teaching concepts aloud, as if explaining them to another student. This forces you to organize information clearly and exposes areas where your understanding may still be incomplete. When content knowledge improves alongside regular practice questions, students often see rapid score gains.

If Timing Was the Issue

Some students perform well on untimed practice questions but struggle to finish sections during full-length exams. The MCAT is a long and mentally demanding test, and pacing is a skill that must be practiced intentionally.

If timing was a major issue during your first attempt, the retake strategy should emphasize timed passage practice. Instead of focusing solely on accuracy, work on maintaining a consistent pace throughout each section.

One helpful approach is practicing with smaller timed blocks of passages before transitioning to full-length exams. This allows you to build stamina and confidence gradually. Over time, your brain becomes more comfortable processing complex passages quickly.

Another key skill is recognizing when to move on from a difficult question. Spending too much time on a single problem can disrupt your pacing for the entire section. Learning to make educated guesses and continue forward is often essential for maintaining momentum. Improving pacing is less about reading faster and more about managing your time strategically.

When Strategy Was the Missing Piece

Many MCAT questions involve interpreting experimental data, graphs, and scientific passages. Students sometimes struggle not because they lack knowledge, but because they have difficulty navigating these dense passages efficiently.

Developing a structured approach to passages can make a significant difference. Instead of trying to absorb every detail, focus on understanding the main objective of the experiment, the variables involved, and the overall conclusion of the study.

When reviewing practice questions, pay attention to how the passage supports the correct answer. Over time, you will begin to recognize common patterns in how the MCAT presents certain scenarios and you’ll begin to think like the test writers. This type of strategic reading often improves performance across multiple sections of the exam.

Practice Exams Should Drive Your Preparation

Full-length MCAT practice exams are among the most valuable tools during MCAT preparation. However, their value depends heavily on how they are taken and reviewed. However, their value depends heavily on how they are taken and reviewed.

Many students take practice exams without properly simulating the real testing experience as much as possible. You must simulate test day closely to get the best predictor of your current exam performance. Practicing testing in these conditions repeatedly also mitigates anxiety and uncertainty on test day. 

A thorough review process is also key. When reviewing a practice exam, take time to understand why each incorrect answer was chosen. Did you misunderstand the passage? Did you overlook a key detail? Did you misinterpret the question prompt? This is where the true growth happens. You should not just be looking at why you got a question wrong but also ask yourself what needs to change in the question to make every other answer right. 

Even questions you answered correctly can provide valuable insight. Sometimes students arrive at the correct answer using flawed reasoning, or by simply guessing. Identifying and correcting those patterns strengthens your decision-making on future exams. This level of detailed review transforms practice exams from simple assessments into powerful learning tools.

Address Test-Day Factors

Sometimes the issue during the first MCAT attempt has little to do with content or strategy. Test-day conditions, such as anxiety, fatigue, or unfamiliarity with the testing environment, can significantly impact performance.

The MCAT is a long exam, lasting over seven hours including breaks. Maintaining focus for that length of time requires both mental endurance and familiarity with the testing format. During retake preparation, as mentioned earlier, simulate test-day conditions as closely as possible. Take full-length exams in a quiet environment, follow official break times, and complete all sections in sequence and in the time allotted. Turn off your phone and other devices. Put away all study materials. 

This type of simulation helps reduce surprises on the real exam day and improves stamina. Many students find that their concentration improves dramatically once they have practiced maintaining focus for the entire exam. Test-day confidence often comes from repetition and familiarity. It can also help to plan carefully for the day before the MCAT so that avoidable stress does not affect your performance.

Set a Realistic Retake Timeline

One of the most common mistakes students make when planning a retake is scheduling the exam too soon. While it may be tempting to retake the MCAT quickly to maintain the preparation you’ve already done, rushing the preparation process often leads to minimal score improvement.

A successful retake typically requires enough time to address the weaknesses identified in your first attempt. For some students, this may involve several months of focused preparation.

The key is ensuring that your practice exam scores consistently reach your target range before scheduling the official test. If you are uncertain, consider the broader signs that indicate whether you are ready to take the MCAT. Practice exams are one of the best predictors of actual MCAT performance, and they can provide reassurance that your new strategy is working.

Waiting until your scores stabilize at your goal level can greatly increase confidence going into test day.

Maintain Perspective

It is easy to view an MCAT retake as a setback, but many successful medical school applicants have taken the exam more than once. Admissions committees understand that standardized tests are challenging and that improvement demonstrates persistence and growth. What matters most is showing that you learned from the first attempt and developed a stronger strategy moving forward.

In many ways, the retake process can become an advantage. Students who analyze their weaknesses carefully and rebuild their study approach often develop stronger problem-solving skills and more efficient study habits than they had initially. Demonstrating this skill to medical schools is exactly what they want to see.  These skills remain valuable throughout medical school and beyond.

Final Thoughts

Preparing for an MCAT retake can feel daunting, but it also offers an opportunity to approach the exam with greater insight and experience. Instead of repeating the same preparation plan, successful students take time to analyze their first attempt, identify their weaknesses, and build a new strategy that addresses those gaps directly.

Whether the challenge involved content knowledge, timing, passage strategy, or test-day performance, targeted adjustments can lead to meaningful score improvements.

With thoughtful preparation, consistent practice, and a willingness to refine your approach, a retake can become the step that ultimately strengthens your medical school application, and your confidence as a future physician. If you are struggling to identify what went wrong or build a different plan for your second attempt, an experienced MCAT tutor can help you analyze your performance and develop a personalized retake strategy. Good luck!

If you’re studying for the MCAT while juggling classes, a job, or both, you’ve probably already realized something: there’s no perfect schedule. No magical plan where you feel completely on top of everything, well-rested, and effortlessly productive. Most days, it feels more like a constant negotiation, between your time, your energy, and your expectations.

That doesn’t mean balance is impossible. It just means that balance, in this context, looks different than you might expect. It’s less about doing everything perfectly and more about building a system that’s realistic, flexible, and sustainable over time. 

Start With a Plan That Fits Your Life (Not Someone Else’s)

One of the biggest traps in MCAT prep is trying to copy someone else’s schedule. Just because a certain schedule worked for someone else does not mean it will work the same way for you. You’ll see study plans online where people dedicate six or eight hours a day to studying, and it’s easy to think that’s the standard. But if you’re in school full-time or working, that kind of schedule isn’t just unrealistic and unsustainable, it’s a fast track to burnout.

Instead, build an MCAT study schedule around your actual life.  Maybe that’s two hours in the evening on weekdays and longer blocks on weekends. Maybe it’s early mornings before work, or shorter sessions spread throughout the day.

What matters most is consistency. A properly paced plan you can follow for three months is far more valuable than an intense schedule you abandon after two weeks.

Redefining What a “Good Study Day” Looks Like

When you’re balancing multiple responsibilities, your study days won’t always look impressive on paper. You might not finish an entire chapter or complete multiple practice sets in one sitting. And that’s okay.

A good study day might mean reviewing MCAT Anki flashcards for 30 minutes before class, doing a few practice questions during a lunch break, and watching one content video in the evening. It might not feel like much in the moment, but those small efforts compound quickly.

The danger is in dismissing these smaller sessions as “not enough.” That mindset makes it harder to stay consistent. Progress on the MCAT is built through repetition and exposure, not just marathon study sessions.

Use Your Energy, Not Just Your Time

Not all hours are equally productive. Studying when you’re exhausted after a long day of classes or work is very different from studying when your mind is fresh.

If possible, try to schedule your most demanding MCAT tasks, like practice passages or full-length exams, during your peak energy times. For many people, that’s earlier in the day or during weekends. Save lighter tasks, like reviewing notes or flashcards, for when your energy is lower.

This approach helps you get more out of the time you already have, without needing to add more hours to your schedule.

Make Weekends Work for You

If weekdays are packed, weekends become your biggest opportunity for deeper focus. An effective approach is to plan structured study blocks with intentional breaks. For example, you might dedicate a few hours in the morning to practice questions, take a break in the afternoon, and then return for a review session or more practice questions later on.

This kind of structure helps you stay productive without feeling overwhelmed. It also gives you something just as important: time to rest.

Integrate MCAT Prep Into Your Daily Routine

When your schedule is tight, it helps to look for small pockets of time that might otherwise go unused. These moments won’t replace dedicated study sessions, but they can reinforce what you’re learning.

Listening to review podcasts during a commute, running through flashcards while waiting in line, or quickly revisiting notes between classes can all add up. These small touchpoints keep the material fresh in your mind and make your main study sessions more effective. For more practical examples, explore one EMP tutor’s MCAT study strategy

The goal isn’t to turn every minute of your day into study time. It’s to make your preparation feel like a natural part of your routine rather than something completely separate.

Be Strategic About What You Study

When time is limited, you can’t afford to study passively or without direction. A focused MCAT content review strategy can help you prioritize high-yield material and identify your weak areas.

Practice questions are especially valuable because they do two things at once: they test your knowledge and teach you how to apply it. Even if you don’t have time for long study sessions, working through a few well-chosen questions can be incredibly effective.

Equally important is reviewing your mistakes. It’s tempting to move on quickly, especially when you’re short on time, but that’s where a lot of learning happens. Understanding why you got something wrong helps prevent the same mistake in the future.

Protect Your Time (Even When It Feels Awkward)

Balancing MCAT prep with other responsibilities often means setting boundaries. This can be one of the harder parts, especially if you’re used to saying yes to everything.

You might need to turn down social plans, limit extracurricular commitments, or carve out study time that others don’t fully understand. That can feel uncomfortable, but it’s temporary—and it serves a clear goal.

That said, balance doesn’t mean eliminating your life outside of studying. It means being intentional about how you spend your time so that you can make progress without completely burning out. Remember, this is only for a season so it is worth the temporary sacrifice. 

Expect Imperfect Weeks

No matter how well you plan, there will be weeks when things don’t go as expected. Exams, work deadlines, or just general exhaustion can throw off your schedule.

When that happens, it’s easy to feel like you’re falling behind. But one off week doesn’t undo your progress. What matters is how you respond.

Instead of trying to “catch up” all at once, which usually leads to more stress, focus on getting back to your routine as soon as you can. Consistency over time matters far more than any single day or week.

Take Care of Yourself (It Actually Helps Your Score)

It’s tempting to sacrifice sleep, exercise, or downtime in the name of study time. But in reality, those things play a huge role in how well you learn and retain information.

Sleep, in particular, is critical for memory and focus. Studying late into the night might feel productive, but if it leaves you exhausted the next day, it often does more harm than good.

Even small habits, like taking short walks, eating healthy meals regularly, or stepping away from your desk for a few minutes, can make a noticeable difference in your energy and concentration.

Build a System You Can Stick With

At the end of the day, the best MCAT study plan is the one you can maintain. It doesn’t need to be perfect or impressive, it just needs to work for you.

That might mean adjusting your schedule as you go, experimenting with different study methods, or recognizing when you need a break. Flexibility is a strength, not a weakness.

Balancing MCAT prep with school or work is challenging, but it’s also something many students successfully navigate every year. It’s less about having more time and more about using your time thoughtfully.

Final Thoughts

If you’re trying to balance MCAT prep with a busy life, you’re already doing something difficult. It’s normal for it to feel overwhelming at times.

The key is to focus on steady, sustainable progress. Small, consistent efforts will carry you much further than bursts of unsustainable intensity. Give yourself permission to adapt, to have imperfect days, and to keep moving forward anyway.

You don’t need a perfect schedule to do well on the MCAT. You just need a plan that fits your life, and the persistence to stick with it. If you’d like support finding that balance, EMP’s personalized MCAT tutoring can help you build a study approach that works around your responsibilities and keeps you moving toward your goals.

Over the last two years, few topics have generated more debate in the international medical graduate (IMG) community than alternative licensing pathways in the United States. Having to repeat residency training in the United States has been a huge bottleneck for international physicians wanting to practice here. As more states introduce laws allowing some internationally trained physicians to practice without repeating a full U.S. residency, reactions have ranged from excitement and hope to skepticism and concern.

For some physicians, these changes feel long overdue. Many internationally trained doctors already completed years of residency and independent practice abroad and question why they must completely restart training in the United States despite physician shortages across the country. Others worry that creating alternative pathways could unintentionally create confusion, inconsistent standards, or even a “two-tier” physician system.

The reality is that both perspectives contain valid points. These new pathways may create meaningful opportunities for some physicians while also introducing important risks and unanswered questions. Understanding both sides of the discussion is essential, especially as more IMGs begin considering these routes as possible alternatives to traditional residency.

Why Alternative Pathways Exist in the First Place

The push for alternative IMG licensure emerged largely because of growing physician shortages in the United States, particularly in rural and underserved communities. At the same time, thousands of internationally trained physicians living in the U.S. have found themselves unable to practice clinically despite years of prior experience abroad.

For years, the traditional pathway into U.S. medicine for IMGs has remained narrow and highly competitive. Even highly qualified IMGs often struggle to secure residency positions because residency slots themselves are limited. Every residency Match cycle leaves behind thousands of unmatched applicants despite ongoing workforce shortages.

Supporters of alternative pathways argue that the system may be overlooking experienced physicians who could help address patient care gaps safely and effectively. They believe requiring all foreign-trained doctors to repeat residency from the beginning may not always make sense, especially for physicians who have already practiced independently for years.

From that perspective, alternative licensure pathways are not about lowering standards. They are about reassessing whether residency repetition is always necessary for every experienced physician entering the U.S. healthcare system.

The Potential Opportunities for IMGs

For many internationally trained physicians, these pathways represent something that previously felt almost impossible: a realistic chance to practice medicine in the United States without restarting their careers from scratch.

One of the biggest opportunities is preserving professional momentum. Many experienced physicians who immigrate to the U.S. spend years working in research, healthcare administration, medical assistance, or entirely unrelated jobs while attempting to navigate residency applications. Many of them will unfortunately not end up matching despite all this time, effort, and sacrifice. Some eventually abandon clinical medicine altogether.

Alternative pathways could allow at least some of these physicians to return to patient care more efficiently. For doctors who already completed residency abroad and maintained active clinical practice, this may feel like long-overdue recognition of prior experience.

Another potential benefit is reducing some of the emotional and financial strain associated with the traditional Match process. Residency applications are expensive, time-consuming, and highly uncertain, particularly for IMGs. Many physicians spend years reapplying, completing observerships, studying for exams, and relocating repeatedly without guaranteed outcomes.

These pathways may also create opportunities for care for underserved communities. Many states implementing these laws are specifically targeting physician shortages in rural or lower-access regions. International physicians have historically played a major role in caring for underserved populations, and policymakers hope these pathways may help strengthen healthcare access where shortages are most severe.

Why Some Physicians Are Still Cautious

One major challenge is the lack of standardization between states. Because each state creates its own licensing rules, requirements can vary significantly. Some pathways involve close supervision and extensive review processes, while others may operate differently. Critics worry that inconsistent standards could create confusion for physicians, employers, hospitals, and even patients.

Another concern involves long-term career flexibility. Residency training in the United States does more than provide clinical education—it also establishes board eligibility, credentialing pathways, fellowship access, and portability between states. Physicians entering alternative pathways may eventually discover limitations that are not immediately obvious early in the process.

For example, some employers or credentialing organizations may still strongly prefer traditionally residency-trained physicians. Certain fellowships, hospital privileges, or insurance panels could potentially become more difficult to access depending on how these pathways evolve over time.

In other words, even if alternative licensure becomes legally possible, it may not automatically carry identical professional mobility or recognition everywhere.

The Risk of Misinformation

One of the biggest problems regarding this topic right now is misinformation.

Social media discussions often oversimplify the issue into headlines like “You no longer need residency in America,” which can create unrealistic expectations. In reality, most alternative pathways still involve extensive requirements, including USMLE exams and ECFMG certification, credential verification, supervision, and employer sponsorship, with more limited future career mobility.

Some physicians may mistakenly assume these pathways are easier than residency when, in practice, they may still be highly selective and difficult to access.

Another issue is that implementation is still evolving. In many states, laws were passed before systems were fully operational. Hospitals, licensing boards, insurers, and employers are still figuring out how these pathways will work in practice. Some physicians may expect immediate opportunities only to discover that actual hiring infrastructure remains limited.

This uncertainty creates risk for applicants who abandon traditional residency plans prematurely based on incomplete information.

Could This Create a “Two-Tier” Physician System?

One of the most debated concerns is whether alternative pathways could unintentionally create separate categories of physicians.

Some critics worry that internationally trained physicians entering through alternative licensure routes could face stigma or reduced opportunities compared to traditionally residency-trained doctors. Even if these physicians are highly skilled, the perception of “nontraditional” training may affect hiring decisions, workplace dynamics, or patient trust in certain settings.

Others worry that underserved communities could become disproportionately staffed by physicians working under alternative or provisional licensing structures while more affluent healthcare systems continue favoring traditional pathways.

Supporters of reform argue that these concerns should not automatically invalidate alternative pathways, especially if physicians demonstrate competency and patient outcomes remain strong. However, the concern about unequal professional treatment remains part of the larger discussion.

Why Residency Still Matters

Even as alternative pathways expand, residency training in the United States continues to offer major advantages.

Residency provides standardized clinical exposure, familiarity with U.S. healthcare systems, multidisciplinary teamwork experience, and structured evaluation within the American medical environment. It also creates long-term professional security in ways that newer pathways may not yet fully guarantee.

For many IMGs, especially recent graduates without extensive independent practice abroad, traditional residency will likely remain the most reliable and widely accepted path forward. In reality, residency remains the gold standard in U.S. physician training and likely will for the foreseeable future.

The Emotional Side of the Debate

Part of why this topic generates such strong reactions is because it touches on fairness, identity, and sacrifice.

Many IMGs spent years working toward residency positions, completing observerships, passing multiple licensing exams, and enduring repeated Match cycles. For some, the idea of bypassing residency can feel emotionally complicated, especially after personally enduring the traditional pathway.

At the same time, experienced international physicians who already completed rigorous training abroad may understandably feel frustrated by a system that often requires them to repeat years of education despite prior independent practice.

Both perspectives are understandable, which is part of what makes this conversation so nuanced.

What IMGs Should Focus on Right Now

For now, the smartest approach is balance.

IMGs should absolutely stay informed about changing state laws and evolving licensure pathways. These reforms may create valuable opportunities for certain physicians over the next several years. Ignoring them entirely would likely be shortsighted.

At the same time, applicants should avoid making major career decisions based solely on online discussions or headlines. State requirements are changing rapidly, implementation remains uneven, and long-term outcomes are still largely unknown.

For most physicians, maintaining flexibility remains important. Continuing to strengthen traditional residency applications while also considering alternative pathways may provide the best balance of stability and opportunity.

Applicants who decide to continue pursuing the traditional Match can also consider personalized residency advising for support with application strategy, personal statements, interviews, and overall Match preparation.

It is also essential for IMGs to research individual state medical board requirements carefully rather than relying on generalized summaries online. Small details about supervision, eligibility, portability, or credentialing can make enormous differences in long-term career planning.

So, Opportunity or Risk?

The honest answer is that these pathways are both.

For some internationally trained physicians, especially those with extensive prior practice experience, alternative licensure pathways may become meaningful opportunities to re-enter clinical medicine in the United States without completely restarting their careers.

At the same time, these pathways still carry uncertainty. Questions about implementation, portability, professional recognition, employer acceptance, and long-term career flexibility are still evolving and remain unanswered.

The most important thing IMGs can do right now is approach these opportunities thoughtfully rather than emotionally. The laws are real. The opportunities may be significant. But the system is still developing, and careful planning matters more than ever.

What is clear, however, is that the conversation around IMG licensing in America is changing rapidly. Whether these pathways ultimately become mainstream alternatives or remain limited to exceptions, they are already reshaping how the medical community thinks about international physician training, workforce shortages, and the future of medical licensing in the United States.

Why the First Month of MCAT Studying Matters

The first month of MCAT preparation often sets the tone for everything that follows. Students usually begin studying highly motivated, armed with color-coded schedules, new resources, and ambitious goal scores. But despite good intentions, many students unknowingly build ineffective habits during those early weeks that later become difficult to fix.

One of the biggest misconceptions about the MCAT is that success comes purely from working harder or studying longer hours. In reality, the students who improve the most are usually the ones who learn how to study strategically early on. The first month is less about mastering every biochemical pathway or memorizing every psychology term and more about developing the right systems, habits, and mindset.

Unfortunately, this is also the phase where students commonly waste time, burn themselves out, or create unrealistic expectations for themselves. Understanding these early mistakes can save students months of frustration down the line.

Trying to Study Everything at Once

One of the most common first-month mistakes is attempting to master all the material simultaneously. Students often start by creating massive study schedules that include every subject, every Anki deck, multiple prep books, question banks, YouTube videos, and full-length exams all at once. On paper, it seems productive. In reality, it quickly becomes overwhelming.

The MCAT covers an enormous amount of material, and students sometimes panic when they realize how much content exists. The first month should focus on building consistency and identifying weaknesses, not trying to complete every resource available online.

Students who succeed long-term often simplify their study plan early. Instead of asking, “How can I cover everything immediately?” they ask, “What study system can I realistically sustain for the next several months?”

Spending Too Much Time on Passive Content Review

Another major mistake is using passive studying approaches. During the first month, students often spend hours highlighting textbooks, rewatching lectures, or reading chapters repeatedly without actively testing themselves. While this can feel comforting, it creates the illusion of learning more than yielding actual retention.

The MCAT is not just a memorization exam, it is a logic and reasoning exam. Students are expected to apply concepts, analyze unfamiliar passages, and think critically under time pressure. Passive review alone rarely prepares students for this.

Many high-scoring students wish they had started active learning earlier. Practice questions, recall-based studying, flashcards, passage analysis, and teaching concepts out loud are usually far more effective than endlessly rereading notes. Content review matters, especially early on, but it’s important not to wait too long before incorporating active problem-solving into their routine.

Saving CARS for Later

One of the biggest traps students fall into is postponing CARS practice because it feels uncomfortable, difficult to improve, or totally different from the rest of the test. Many students focus heavily on science review during the first month while telling themselves they will “work on CARS later”.

Unfortunately, CARS improvement tends to happen gradually over time. Unlike memorization-heavy subjects, reading comprehension and passage strategy usually improve through repeated exposure and consistent practice. Advisors and tutors frequently see students regret waiting too long to build these habits.

Even completing a few passages regularly during the first month can make a meaningful difference later. The goal early on is not perfection, it is developing familiarity with the pacing, logic, and mental endurance required for the section.

Taking Too Many Notes

Students often assume that more notes equal more learning. During the first month, many spend hours creating elaborate notebooks filled with rewritten textbook chapters, color-coded diagrams, and perfectly organized summaries.

While organization can be helpful, excessive note-taking can become a major time sink. Some students spend so much energy making beautiful study materials that they leave little time for actual application or to actually review their notes in a meaningful way.

One of the most important realizations during MCAT prep is that recognition is not the same as mastery. Being able to recognize information in your notes is very different from retrieving it independently during a timed exam. Students who shift earlier toward active recall and spaced repetition often improve more efficiently.

Obsessing Over Diagnostic Scores

Another common first-month mistake is placing too much emotional weight on an initial diagnostic score. Many students take their first practice exam and immediately panic if the number is lower than expected.

The reality is that diagnostic exams are meant to serve as a benchmark and identify strengths and weaknesses, not predict final outcomes. Some students interpret a low starting score as evidence that they are “bad at standardized tests” or incapable of reaching their goal. Others become discouraged and completely overhaul their study plans after every practice test.

The first month should focus more on learning patterns than chasing numbers. The diagnostic score is simply a baseline data point. Students benefit much more from asking, “Why did I miss these questions?” than obsessing over a single score report. Improvement on the MCAT is usually gradual and nonlinear.

Using Too Many Resources

The internet has made MCAT prep resources almost endless, which can ironically become part of the problem. Students often spend the first month constantly switching between prep books, tutors, apps, YouTube channels, Reddit study plans, Anki decks, and question banks. Students feel pressure to go through every single resource for fear they’ll miss something important if they don’t. 

This usually creates fragmented studying rather than efficient learning. Many students mistake resource collection for productivity. Most successful students eventually realize that mastery of a few high-quality resources is far more valuable than superficial exposure to dozens of them. 

Comparing Yourself to Other Students

The first month of MCAT studying can quickly become emotionally draining when students constantly compare themselves to others online. Social media and Reddit are filled with study schedules, score updates, and stories from students studying 12+ hours a day.

This comparison often creates unrealistic expectations. Students begin feeling behind even when they are making reasonable progress. Some assume that everyone else understands physics immediately or remembers every amino acid after one review session.

In reality, most students struggle far more than they admit publicly. MCAT preparation is rarely linear, and confidence fluctuates constantly. Students who focus too much on others often lose sight of what actually works for them individually. The only standard of comparison should be your own progress and improvement over time. 

Avoiding Practice Questions Because “I’m Not Ready Yet”

One of the most damaging first-month habits is delaying practice questions until content review feels “complete.” Many students believe they need to fully memorize every topic before beginning practice passages.

The problem is that the MCAT rarely tests isolated facts in the way students expect. Passage interpretation, reasoning, and test-taking strategy are skills that require practice over time. Students who avoid questions early often struggle later when transitioning into application-based studying.

Getting questions wrong during the first month is normal and expected. In fact, some of the best learning happens through reviewing mistakes carefully. Students who embrace early discomfort tend to build stronger long-term reasoning skills.

Another major issue is rushing through questions without analyzing errors deeply. Students sometimes focus only on completing large quantities of questions instead of understanding why they missed them.

The review process is often where the most meaningful improvement occurs. Simply seeing the correct answer is not enough. Students should understand whether the issue came from content gaps, passage misinterpretation, timing problems, or careless reading.

Many experienced MCAT tutors emphasize that thoughtful review is often more important than the number of questions completed. Students who develop strong review habits early tend to improve much more steadily over time.

Perhaps one of the most common first-month mistakes is starting too intensely. Motivated students sometimes attempt to study 12+ hours every day immediately, thinking that maximum effort from the start guarantees success.

Unfortunately, this often leads to exhaustion within a few weeks. Students become mentally drained, frustrated, and unable to maintain consistency. Burnout is especially common among perfectionistic pre-med students who feel guilty whenever they are not studying.

Sustainable studying almost always outperforms unsustainable intensity. The MCAT is more like a marathon than a sprint. Students who build balanced routines with adequate sleep, exercise, and breaks often perform better than those who try to “grind” nonstop from day one.

Forgetting That the MCAT Is a Skills Exam

One subtle but important mistake is viewing the MCAT purely as a content exam instead of a reasoning exam. Students sometimes assume that if they memorize enough facts, high scores will automatically follow.

While strong content knowledge absolutely matters, the exam is heavily focused on interpretation, critical thinking, pattern recognition, and decision-making under pressure. Students who focus only on memorization during the first month may later struggle when faced with unfamiliar passages.

The best early study plans include both content review and skill development. Learning how the MCAT asks questions is just as important as learning the material itself.

Building Good Habits Early Makes Everything Easier Later

The good news is that first-month mistakes are incredibly common, and fixable. Nearly every successful MCAT student can look back and identify habits they wish they had changed earlier. The key is recognizing these patterns before they become deeply ingrained.

Students who perform well over time are usually not the ones who study perfectly from day one. They are the ones who adapt, simplify, stay consistent, and learn from mistakes without panicking. The first month of MCAT prep is ultimately less about perfection and more about building a foundation that can realistically carry you through the long months ahead.

At the end of the day, successful MCAT preparation is not about finding a magical resource or studying more hours than everyone else. It is about developing sustainable habits, studying actively, reviewing thoughtfully, and trusting that progress takes time. For students who would benefit from additional structure and personalized guidance, MCAT tutoring can help them develop an effective study plan, strengthen weaker areas, and stay accountable throughout their preparation. Students who understand this early often save themselves unnecessary stress and position themselves for long-term success.

If you ask a group of medical students what program directors (PDs) care about most, you’ll probably hear a familiar list: strong grades, high board scores, glowing letters of recommendation, meaningful research, and solid clinical evaluations. And yes, those things absolutely matter. They form the foundation of a competitive application and, in many cases, determine whether your file even gets reviewed in depth.

But here’s the part that’s less often talked about: once you meet that baseline, those traditional metrics start to blur together. Many applicants look very similar on paper. That’s when program directors begin asking a different question, not just “Is this applicant capable?” but “Who is this person, really?” and “Will they thrive here?”

This blog is about both sides of that equation: what you need to demonstrate to be taken seriously, and how you can go beyond the checklist to stand out in a meaningful, authentic way.

Let’s start with the basics.

Grades and Board Scores: The Initial Filter

Whether your school uses graded systems or pass/fail, your academic performance still plays a role. Program directors are trying to assess your ability to handle the cognitive demands of residency, and historically, grades and board scores have served as proxies for that.

As Step 1 is now pass/fail, Step 2 CK has taken on more importance. A strong score reassures PDs that you have a solid clinical knowledge base and can perform under pressure. But it’s important to recognize that scores are rarely the deciding factor once you’re above a certain threshold. They open doors, but they don’t carry you through them.

For students from pass/fail schools, narrative evaluations and clerkship comments become even more critical. Program directors read these closely. They’re looking for patterns: Are you consistently described as hardworking? Reliable? Curious? Do you show growth over time? A single strong comment is nice, but consistent themes across rotations are what build confidence.

Clinical Evaluations: Who You Are on the Wards

If there’s one part of your application that carries a lot of weight, it’s your clinical evaluations. These give program directors insight into how you function in real patient care settings, which is ultimately what residency is all about.

Strong evaluations tend to highlight a few key traits: ownership of patients, teamwork, communication skills, and work ethic. It’s not just about being smart, it’s about being dependable. Can your team trust you? Do you follow through? Are you proactive without being overbearing? Do you have a good bedside manner? Are you a team player?

Many PDs will tell you they are far more concerned about red flags here than perfection. Comments suggesting poor professionalism, difficulty working with others, or lack of accountability can be significant concerns. On the flip side, even average academic performance can be offset by consistently excellent clinical feedback. 

Letters of Recommendation: The Power of Advocacy

Letters of recommendation are one of the few parts of your application where someone else speaks on your behalf. And program directors can tell the difference between a generic letter and one that truly advocates for you.

Strong letters are specific. They include concrete examples of your performance, your interactions with patients, and your contributions to the team. They also provide context, how you compare to other students the writer has worked with.

A common misconception is that the “big name” matters most. In reality, the strength of the relationship often matters more. A detailed, enthusiastic letter from someone who knows you well is far more valuable than a vague letter from a well-known figure who barely worked with you.

Program directors are also paying attention to tone. Does the letter sound genuinely excited about you? Would the writer trust you to take care of their own patients or family members? Those subtle cues matter.

Research: More Than Just a Line on Your CV

Research can be a significant asset, particularly in more competitive specialties, but its value isn’t just about quantity. Program directors are less interested in how many abstracts you’ve submitted and more interested in what your research says about you.

Did you demonstrate persistence? Did you take ownership of a project? Do you understand the work you were involved in, or are you simply listed as a co-author? Are you passionate about the projects you’ve worked on?

For some applicants, research is a true passion and a central part of their career goals. For others, it’s a smaller component. Both are okay. What matters is authenticity. If you’ve done research, be prepared to talk about it and answer questions about it in a thoughtful and engaged way. Program directors often use research discussions during interviews to gauge intellectual curiosity and depth of understanding.

The Personal Statement: Your Narrative Matters

The personal statement is often underestimated. Many applicants treat it as a formality, but for program directors, it can be a window into your motivations and values.

A strong personal statement answers a simple but important question: Why this specialty, and why you?

It doesn’t need to be dramatic or filled with life-altering moments. In fact, overly polished or cliché narratives can feel less genuine. What resonates more is clarity, reflection, and sincerity. Tell your story. What experiences shaped your interest? What have you learned along the way? How do you think about patient care? Tie in some of your patient experiences to tell a story that is unique to you. 

Program directors aren’t expecting perfection—they’re looking for insight into how you think and what drives you. This is your chance to share some unique experiences about you and paint the picture of your goals and aspirations in your career as a physician. 

Now let’s shift to what really differentiates applicants.

The Intangibles: What Sets You Apart

Once you’ve demonstrated that you can handle the academic and clinical demands of residency, program directors start looking for qualities that are harder to quantify.

They’re asking questions like: Will this person be a good teammate? Do they have resilience? Are they reliable? Are they someone we’d want to work with at 2 a.m.?

These qualities often come through indirectly, in your evaluations, your letters, and your interview, but they’re also shaped by the experiences you choose to pursue. This is where passion projects come in.

Passion Projects: Showing Who You Are Beyond Medicine

One of the most effective ways to stand out is through something that genuinely matters to you. Not something you think will look good, but something you actually care about.

Maybe you started a mentorship program for underrepresented students. Maybe you created educational content, worked with a community organization, or pursued a creative interest like writing, art, or advocacy. Maybe you worked on a quality improvement project that improved the care patients receive. These experiences add dimension to your application.

Program directors remember applicants who have a story, something that makes them distinct and relatable. Passion projects signal initiative, creativity, and commitment. They also make for much more engaging conversations during interviews.

Importantly, these projects don’t need to be massive or highly formal. What matters is authenticity and follow-through. A small, meaningful project you’ve sustained over time often speaks louder than a long list of short-lived activities.

Consistency and Cohesion: The Hidden Advantage

One subtle but powerful way to strengthen your application is through cohesion. When different parts of your application reinforce each other, it creates a clear and compelling narrative.

For example, if your personal statement emphasizes a commitment to underserved populations, and your experiences, research, and letters all reflect that, it builds credibility. It shows that your interests are genuine and sustained.

On the other hand, a scattered application with no clear thread can make it harder for program directors to understand who you are and what you’re aiming for. Cohesion doesn’t mean limiting yourself, it means being intentional about how your experiences fit together.

Professionalism and Reliability: The Non-Negotiables

There are certain qualities that program directors consistently emphasize as essential: professionalism, reliability, and integrity.

These may sound basic, but they’re critical. Residency is demanding, and programs need residents they can depend on. Someone who shows up prepared, communicates clearly, and handles challenges with maturity is incredibly valuable.

Even small signals can matter, how you communicate in emails, how you interact during rotations, how you respond to feedback. These details contribute to the overall impression you leave.

The Interview: Bringing It All Together

By the time you reach the interview stage, your application has already demonstrated your qualifications. The interview is about fit.

Program directors are assessing how you communicate, how you think on your feet, and how you interact with others. They’re imagining what it would be like to have you as a colleague.

Preparation helps, but authenticity is key. Over-rehearsed or memorized answers can feel impersonal, while thoughtful, genuine responses tend to resonate more.

Interviews are also an opportunity for you to evaluate the program. Fit goes both ways. The goal isn’t just to impress, it’s to find an environment where you’ll thrive.

Final Thoughts: Building an Application That Feels Like You

At the end of the day, program directors are not looking for a single “perfect” type of applicant. They’re building a team of individuals who are capable, collaborative, and committed.

Strong grades, solid evaluations, meaningful letters, and relevant experiences will get your foot in the door. But what makes you memorable is how those pieces come together to tell your story. The most compelling applications are not the most polished or the most decorated, they’re the most authentic. They reflect a person who has taken the time to understand their own motivations, pursued their interests with intention, and grown through their experiences.

Bringing all those pieces together into a clear, authentic application can be challenging. If you’d like personalized guidance, Elite Medical Prep’s residency advising can help you develop your application strategy, strengthen your materials, and present your story with confidence.

If there’s one takeaway, it’s this: don’t just focus on checking boxes. Focus on becoming the kind of person you’d want as your own colleague. And pursue opportunities that you’re passionate about along the way. That’s ultimately what program directors are looking for, and it’s what will carry you not just through the application process, but through residency and beyond.

If you’ve spent weeks (or months) grinding through UWorld and finally feel like you’re “getting it,” opening your first NBME practice exam can feel like a rude awakening. Scores dip. Confidence wanes. Questions suddenly feel vague, unfamiliar, and, frankly, unfair. You might even catch yourself thinking, Did I actually learn anything?

You did. The disconnect you’re feeling is real, but it’s also explainable, and, most importantly, fixable.

The truth is that NBME questions aren’t necessarily testing completely different content than UWorld. Instead, the questions have a different “flavor” to them. Understanding the differences is one of the highest-yield mindset shifts you can make as you prepare for exam day.

Let’s break down why NBME questions feel harder, and how to adapt your thinking so they start to feel manageable.

Different Test Writers, Different Goals

One of the most overlooked reasons for this discrepancy is simple: UWorld and NBME questions are written by entirely different groups of people.

UWorld is a teaching tool. Its primary goal is to help you learn. Even when questions are challenging, they are often structured to guide you toward the correct diagnosis or concept if you apply the right reasoning. There’s usually a sense that the test writer wants you to arrive at the right answer if you think carefully enough.

NBME questions, on the other hand, are written by exam committees whose goal is not to teach, but to assess. They are less concerned with whether you can reason your way to an answer and more concerned with whether your knowledge and clinical instincts are solid enough to recognize the correct answer under imperfect conditions.

This difference in intent shows up everywhere: in wording, in answer choices, and especially in how much information is provided, or withheld.

The “Incomplete Clinical Picture” Problem

If UWorld often feels like a well-lit room where all the clues are laid out, NBME questions can feel like you’re trying to diagnose a patient in dim lighting with only half the chart available. UWorld questions can be miles long while some NBME practice exams have questions that are just 2 sentences. That can feel like quite unfamiliar territory! 

One of the defining features of NBME questions is that they frequently include just enough information to point in a direction, but not enough to confirm it fully. This is intentional.

You might see a vignette that almost fits a classic presentation, but one thing is slightly off:

• The age doesn’t quite match the typical demographic.
• One expected symptom is missing.
• A lab value is borderline rather than clearly abnormal.
• A detail is included that seems important but doesn’t fit neatly into the diagnosis.

These questions are purposely written to be imperfect. This creates a feeling of uncertainty that can be incredibly uncomfortable, especially if you’ve trained yourself on UWorld’s more complete narratives.

In real clinical medicine, we see all the time how patients don’t present as textbook cases. NBME leans into this reality by forcing you to make decisions with incomplete or slightly conflicting data. The correct answer is usually the one that best explains most of the findings, even if it doesn’t explain all of them perfectly.

This is a subtle but critical shift, from “What answer choice fits this exactly?” to “What answer choice is most likely?”

Answer Choices That Feel “Too Close”

UWorld often trains you to distinguish between clearly different answer choices. Even when options are similar, there’s usually a decisive feature that separates the correct answer from the rest.

NBME answer choices, in contrast, can feel frustratingly similar. You might narrow it down to two options that both seem reasonable, and in real life you would want to do both.

This is by design.

NBME questions frequently test nuanced distinctions:

• Two diseases with overlapping features but different management
• Two mechanisms that are closely related but not identical
• Two next steps that are both plausible, but only one is best

This forces you to move beyond recognition and into prioritization. It’s not enough to know that something could be true, you have to decide what is most appropriate in that specific context. 

Ethics and Communication: A Different Language

One of the areas where students most commonly notice a disconnect is ethics and communication.

UWorld tends to present these questions in a more structured, teachable way. You learn frameworks: respect autonomy, avoid harm, be honest, involve the patient, and so on. The patterns are quite recognizable. The correct answer often aligns clearly with these principles.

NBME ethics questions, however, can feel less straightforward. Multiple answers may seem ethically reasonable, and the “best” choice often depends on subtle wording or prioritization.

For example, NBME may test:

• The most appropriate initial response rather than the most comprehensive one
• The difference between acknowledging emotions and immediately offering solutions
• When to provide information versus when to ask open-ended questions
• How to balance patient autonomy with physician responsibility

In many cases, the correct answer is the one that is most patient-centered in that moment, not necessarily the one that resolves the entire situation.

A common trap is choosing an answer that is technically correct but slightly too aggressive, too informative, or too premature. NBME often rewards restraint, meaning meeting the patient where they are before moving forward.

The Feeling of “I’ve Never Seen This Before”

Another hallmark of NBME exams is the unsettling feeling that you’re being tested on content you’ve never encountered.

In reality, most NBME questions are based on familiar concepts. The difference lies in how those concepts are presented.

Instead of asking, “What is the diagnosis?” in a classic way, NBME might:

• Present the same disease in an atypical demographic
• Focus on a less commonly emphasized symptom
• Ask about the next step rather than the diagnosis itself
• Frame the question in a way that requires inference rather than recall

This can make even well-known topics feel unfamiliar. It’s not that you don’t know the material, it’s that you’re being asked to apply it in a less predictable format or using terminology you’re not as familiar with. 

Why This Matters for Your Preparation

Understanding these differences isn’t just intellectually satisfying, it should actively change how you study.

If you approach NBME questions with a UWorld mindset, you’ll constantly feel like you’re missing something. You’ll overthink, second-guess, and lose confidence.

Instead, you need to recalibrate your approach:

Start by accepting that ambiguity is part of the test. You will not feel 100% certain on many questions, and that’s okay. The goal is not certainty; it’s choosing the best answer with the information you have.

Shift your focus from completeness to likelihood. Ask yourself: Which answer explains the majority of this vignette? rather than Which answer explains every detail perfectly?

Practice letting go of the need for a “clean” diagnosis. NBME questions are purposely imperfect and getting comfortable with those details that “don’t quite fit” is a skill. 

When reviewing questions, pay close attention to why wrong answers are wrong, even when they seem reasonable. This is where you start to see the subtle distinctions NBME is testing.

For ethics, slow down and think about sequence. What is the first thing you should say or do? Often, the correct answer is not the most action-oriented one, but the one that prioritizes understanding, empathy, or clarification.

The Psychological Component

It’s also worth acknowledging the emotional side of this transition.

NBME exams can feel discouraging because they disrupt your sense of progress. After building confidence with UWorld, seeing lower scores or struggling with unfamiliar question styles can make you question your preparation.

But this discomfort is actually a sign that you’re entering the final stage of learning, the stage where you move from recognition to true clinical reasoning.

Final Thoughts

NBME questions feel harder than UWorld not because they’re testing completely different material, but because they’re testing it in a way that is less forgiving, more ambiguous, and closer to real-world decision-making.

They are written by different test makers with different goals. They intentionally present incomplete clinical pictures. They require you to weigh probabilities rather than match patterns. And in areas like ethics, they demand a nuanced understanding of communication and timing.

The good news is that with enough exposure, you’ll start to recognize the patterns in NBME thinking. You’ll become more comfortable making decisions with the information they give you. And the questions that once felt vague and frustrating will start to feel… manageable. Not easy, but manageable. And on exam day, that’s exactly where you want to be.

Summary: There’s no perfect number of NBMEs to take before your shelf exam, and honestly, that’s what makes this question so frustrating. Most people don’t need as many as they think. For me, I learned the hard way that fewer, well-used exams are way more valuable than trying to do all of them.

The Question Everyone Asks

“How many NBMEs should I take?”

I used to think there was a right answer to this. Like if you hit a certain number, you were doing it “correctly” and somehow more prepared.

That’s not really how it works. What actually matters is not how many you take, but how you use them. And I didn’t fully get that until I overdid it myself.

My Experience (aka what not to do at first)

On my first clerkship, pediatrics, I was so nervous about shelf exams that I took four NBMEs.

At the time, it felt productive. I told myself I was being thorough and covering all my bases. I took one halfway, one towards the end, and two at the end of the rotation. But looking back, that was not the best use of my time.

I was spending so much energy taking exams that I wasn’t fully learning from them. The reviews were rushed, and I wasn’t really fixing the gaps that kept showing up. I thought the more questions I did, the more I learned. That was not the case.

What I realized pretty quickly after that rotation is that two NBMEs is kind of the sweet spot. If you have extra time and you’re using them well, maybe three. But beyond that, the return just isn’t the same.

What NBMEs Are Actually For

I think part of the problem is that people treat NBMEs like a checklist. Something you just have to do at the end of each clerkship.  But they’re really there for a reason.

They’re a standardized way to practice both content and test-taking in a truly mixed block. That’s different from your daily question bank. Even if you do a 40-question block in test mode, it’s still pulling from unused questions, which means the mix depends on what you haven’t seen yet. So you might end up with a block that’s not fully representative of all “fair game” content.

NBMEs are different. They’re intentionally balanced to reflect how the exam distributes topics, rather than being influenced by what you’ve already done or what’s left in your question bank.

Treat It Like the Real Shelf

One thing I didn’t do at first and wish I had is treat every NBME like it’s the real test. That means:

• No breaks in the block
• Sit in one uninterrupted session
• Use the same pacing as you would on test day
• Take it seriously, as if it counts

Doing this has two benefits: you practice endurance, and you train yourself to manage time and mental energy under real conditions. It’s easy to think of NBMEs as “just practice,” but the more closely you mimic test day, the more reliable the feedback you get.

Why More Isn’t Always Better

It’s really tempting to think that doing more NBMEs will automatically make you better. I definitely fell into that mindset at first. But the reality is that the value of an NBME comes from the review, not the score. If you’re just taking exam after exam without slowing down and understanding your mistakes, you’re not really improving. And despite what many people say, there is a limit on how many questions you can do productively. Honestly, overdoing it just makes you more anxious. You don’t see improvement as quickly because you’re not actually learning things deeply.

What I Did in Clerkships and Recommend Now

After my first clerkship, my approach shifted to be much simpler and way less stressful. I planned for two NBMEs as my baseline. One earlier on to see where I’m at (about half or three quarters through the rotation), and one within the week of the shelf to make sure I’m on track.

If I had more time then I’d add a third. ONLY if I had more time and got through my question bank as well as incorrects on the question bank. The biggest difference was that I actually gave myself time to review them properly. I went through what I got wrong, looked for patterns, and adjusted how I studied based on that.

That part matters so much more than squeezing in another test.

How This Relates to Dedicated for Step Exams

As I’m starting to think about Step 3, I’m carrying this approach with me. If anything, I’m leaning even more into doing fewer NBMEs but using them better. Step 3 feels less like a content test and more like a performance test. It’s about making decisions efficiently and managing time.

So for me, that means focusing on:

• clean pacing
• recognizing patterns quickly
• not overcomplicating questions

I’d rather do a couple of well-reviewed practice NBMEs rather than multiple per week and feel confident in my approach than take a bunch and feel scattered.

When You Might Do More

There are definitely situations where doing more NBMEs makes sense. If your scores are all over the place, or you’re really unsure where you stand, having an extra exam can help. Same if you’re retaking an exam or just need that extra reassurance before test day.

But I think for most people, especially if you’re studying efficiently, you don’t need as many as you think you do. This is how I really recommend students use their tutors though; let us tell you when and how many NBMEs to take. It’s very personal and we know you and your studying well enough to guide you!

The Real Takeaway

If there’s one thing I wish I understood earlier, it’s that NBMEs are not the work. They’re feedback on the work.

Once I started treating them that way, everything felt a lot more manageable. So instead of asking how many you should take, I’d think about it like this:

• Take enough to understand where you are
• Take enough to see improvement
• Treat it like shelf day
• And take enough to walk into test day feeling ready.

For most people, that’s probably around two to three, not five or six. Stick to your study plan, take a couple NBMEs, and you’ll do great day-of the shelf regardless of how many NBMEs you take!

If you’re having trouble interpreting your NBME results or deciding how to adjust your study plan, working with an EMP tutor can help you identify your knowledge gaps, prioritize your next steps, and prepare more confidently for your Shelf Exam.

The Free 120 Step 2 is a set of official sample questions provided by the USMLE program. Its official name is the Step 2 CK Sample Test Questions, but students commonly refer to it as the “Free 120.”

Unlike a commercial question bank, the Free 120 gives students direct exposure to questions and formats provided by the organization responsible for the USMLE examination. It is available at no charge in PDF and interactive formats.

The Free 120 Step 2 CK can help you become familiar with the official question style, evaluate your pacing, and practice with the current testing interface. However, it should not be treated as a complete Step 2 study resource or a guaranteed predictor of your final score.

This guide explains where to find the current Free 120, when to take it, how to review it, and how it fits with NBME self-assessments and other Step 2 CK resources.

What Is the Free 120 Step 2 CK?

The Free 120 is the informal name students use for the official USMLE Step 2 CK sample test.

The current PDF contains 120 sample questions. The USMLE website describes the materials more broadly as providing more than 100 sample Step 2 CK questions in PDF and interactive formats.

These materials are designed to help examinees:

• Review official sample questions
• Become familiar with question formats
• Practice using the testing interface
• Experience multimedia or sequential items
• Understand how information may be presented
• Practice managing time

The questions include clinical scenarios that may require students to identify diagnoses, select diagnostic tests, determine the next step in management, or apply other clinical principles.

Students can access the current official Step 2 CK sample questions through the USMLE website.

Is the Free 120 Really Free?

Yes. The PDF questions and online interactive testing experience are available without purchasing a commercial question-bank subscription.

The USMLE program also offers an optional practice session at a Prometric testing center. That option is different from completing the free materials at home and may involve a registration fee.

A Prometric practice session gives eligible students an opportunity to become familiar with the testing-center environment. It uses the same sample materials available through the USMLE website and is shorter than the actual Step 2 CK examination.

Students should not assume that paying for a Prometric practice session provides a separate set of new questions. However, completing the Free 120 at a Prometric testing center can still be highly valuable. It allows students to rehearse the full test-day experience, including their morning routine, commute and parking, check-in and security procedures, breaks and meals, and use of the testing center’s computer and note-taking materials. Becoming familiar with these logistics before the actual exam can reduce uncertainty and help students feel more prepared and comfortable on test day.

PDF or Interactive Free 120: Which Should You Use?

The Free 120 Step 2 CK is available in PDF and interactive formats. Each format has a different advantage.

PDF format

The PDF makes it easier to:

• Review questions at your own pace
• Refer back to individual items
• Calculate your total correct answers
• Make notes while reviewing
• Revisit specific questions later

However, working through a PDF does not reproduce the current exam interface.

Interactive testing experience

The interactive version allows you to:

• Practice navigating the software
• Use highlighting and strikethrough tools
• Become familiar with the block structure
• Practice moving between questions
• Experience multimedia or interactive formats
• Evaluate pacing under more realistic conditions

The USMLE program states that reviewing the questions in the PDF is not a substitute for practicing with the interactive experience. Some formats, including questions involving audio, may only appear online.

Ideally, students should use the interactive experience under timed conditions and use the PDF later for detailed review.

Which Interactive Version Should You Use in 2026?

Students testing on or after May 7, 2026, should use the new Step 2 CK interactive testing experience.

The current Step 2 CK examination includes:

• Sixteen 30-minute blocks
• No more than 20 questions per block
• Up to 318 questions overall
• One nine-hour testing session
• At least 55 minutes of break time
• A five-minute optional tutorial

The current interface includes updated navigation, a settings menu, and the ability to adjust image contrast.

Students using older Free 120 links, archived questions, or third-party explanation pages should confirm that the order and version match the current official materials.

When Should You Take the Free 120 Step 2?

There is no official rule requiring students to take the Free 120 at a particular point.

Many students use it toward the end of preparation because it provides exposure to official question style and the current interface. Taking it close enough to the exam can make that experience more relevant, but it should still leave time to review mistakes and address any final weaknesses.

A reasonable window for many students is during the final one or two weeks before the exam. Some may take it earlier depending on their preparation schedule and assessment plan.

Before choosing a date, consider:

• How many NBME self-assessments remain
• Whether you have finished most planned content review
• Your recent assessment performance
• Whether you need time to address weaknesses
• Whether you are taking a Prometric practice session
• Your medical school’s recommendations

Avoid taking the Free 120 the day before your exam, as this leaves little to no time to review your results and may increase anxiety or encourage last-minute changes to your strategy. If possible, complete it at least two days before your exam so you have enough time to review your performance and address any final areas of concern.

EMP’s guide to studying during the week before Step 2 provides additional advice for final preparation.

How to Simulate Testing Conditions

Although the Free 120 is much shorter than the full Step 2 CK exam, it can still be used to practice timing and test-taking behavior.

Before beginning:

• Choose a quiet location.
• Silence notifications.
• Close unrelated applications and browser tabs.
• Gather only the items you would reasonably use during testing.
• Decide when you will take breaks.
• Use the current interactive format.
• Do not consult notes or search for answers.

During the test:

• Follow the displayed time limit.
• Practice moving on from difficult questions.
• Flag questions only when necessary.
• Avoid repeatedly changing answers without a clinical reason.
• Monitor whether your pace changes as you become tired.

Because the Free 120 does not reproduce the full nine-hour exam, it cannot fully measure endurance. Students should develop endurance through longer question-bank sessions or other exam simulations.

How Is the Free 120 Step 2 Scored?

The Free 120 generally produces a percentage-correct result rather than an official three-digit Step 2 CK score.

To calculate your percentage manually:

Percentage correct=Number of correct answers/ Total questions answered ×100

For example, if you answer 90 of 120 questions correctly:

90/120×100=75%

That percentage shows how many sample questions you answered correctly. It does not automatically correspond to a specific three-digit Step 2 CK score.

Does the Free 120 Predict Your Step 2 CK Score?

The Free 120 can provide useful information, but students should be cautious about treating it as a precise score predictor.

The USMLE program does not provide an official conversion table that translates every Free 120 percentage into a guaranteed Step 2 CK score.

Unofficial conversion charts may be based on student-reported outcomes, older versions of the sample questions, or limited datasets. They should not replace formal readiness measures.

Several factors limit direct prediction:

• The Free 120 is shorter than the actual examination.
• It does not cover every possible content area.
• Question sets may change.
• Some students have previously seen individual questions.
• Testing conditions at home differ from exam day.
• Unofficial score conversions may use older forms.
• Individual performance can vary from one day to another.

Use your Free 120 result as one data point alongside:

• Recent NBME self-assessments
• UWorld or other question-bank trends
• Performance across major subjects
• Timing and endurance
• The consistency of recent scores

A strong or weak Free 120 result should be interpreted within the context of your full preparation history.

How Should You Review the Free 120?

Do not stop after calculating your percentage. Review every incorrect question and every correct answer that involved guessing or uncertainty.

For each question, identify:

1. The clinical concept being tested
2. The important findings in the vignette
3. Why you selected your answer
4. Why the correct answer was better
5. Why the remaining choices were incorrect
6. Whether the mistake reflects knowledge, reasoning, interpretation, or timing
7. What action you need to take next

Classify each mistake.

Knowledge gap

You did not know the condition, diagnostic test, treatment, or relevant principle.

Diagnostic reasoning error

You misinterpreted the presentation or prioritized the wrong diagnosis.

Management error

You recognized the condition but selected the wrong next step or treatment.

Interpretation error

You misunderstood laboratory data, imaging, a scientific abstract, or another source of information.

Reading error

You missed a qualifier such as “initial,” “most appropriate,” “next,” or “best.”

Timing error

You rushed the question after spending too long on earlier items.

Identifying the reason matters because each problem requires a different response.

Are Official Answer Explanations Provided?

The official sample-question PDF includes an answer key, but students may not receive the same depth of explanation provided by commercial question banks.

Third-party websites sometimes publish Free 120 explanations. If you use them, confirm that:

• They match the current question set.
• The question order matches your version.
• The explanation comes from a credible medical source.
• Recommendations are consistent with current clinical guidance.
• The material does not reproduce copyrighted questions improperly.

When an explanation conflicts with an official resource or current clinical guidance, rely on authoritative information and discuss the question with a qualified instructor.

Free 120 vs. NBME Self-Assessments

The Free 120 and NBME Comprehensive Clinical Science Self-Assessments serve different purposes.

Resource
Primary purpose

Free 120 Step 2
Exposure to official sample questions and the testing interface; ; final measurement of progress and exam readiness

NBME self-assessment
Measurement of progress and exam readiness throughout the study period

Commercial question bank
Learning and repeated practice

Full-length simulation
Timing, endurance, and break management

NBME self-assessments provide structured performance information designed to help students evaluate readiness. The Free 120 is particularly useful for familiarizing students with official sample-question style and software.

Students should not substitute the Free 120 for every planned NBME assessment.

Free 120 vs. UWorld Step 2

UWorld and the Free 120 also play different roles.

The UWorld Step 2 QBank contains thousands of questions and detailed explanations. It is intended for learning, reinforcing clinical knowledge, and identifying weaknesses over time.

The Free 120 contains a much smaller set of official sample questions. It is better suited to:

• Reviewing official item style
• Practicing with the current interface
• Checking pacing
• Identifying final weaknesses
• Preparing for how questions may be presented

For detailed guidance, see EMP’s article on how to use UWorld for Step 2 CK once published.

Common Free 120 Step 2 Mistakes

Taking it too early without a purpose

Taking the Free 120 before establishing a foundation may reduce its value as a final practice resource. If you take it early, be clear about what you want to learn from it.

Treating the percentage as a guaranteed score

The percentage is not an official three-digit score prediction.

Looking up answers during the test

Using notes or online resources makes the result less useful as a measure of independent performance.

Using an outdated version

Older Free 120 forms may differ from the current official materials and software.

Memorizing explanations

Focus on the underlying clinical principle and how it could appear in a different case.

Ignoring correct guesses

A guessed answer indicates uncertainty even if it is correct. Review it as carefully as an incorrect response.

Taking the test without reviewing it

The result identifies what happened. Reviewing the questions helps explain why.

Using it as the only readiness measure

A short sample test cannot replace a broader pattern of recent self-assessment performance.

What Should You Do After the Free 120?

Your next steps should depend on the result and the types of mistakes you made.

If your performance was consistent with your recent assessments:

• Review incorrect and uncertain questions.
• Reinforce a small number of remaining weaknesses.
• Continue light, focused practice.
• Avoid making unnecessary changes to your study plan.

If performance was lower than expected:

• Determine whether the problem was knowledge, reasoning, timing, fatigue, or anxiety.
• Compare the result with recent NBME assessments.
• Review whether the question style felt unfamiliar.
• Discuss major concerns with your medical school or advisor.
• Avoid making an exam-date decision based only on one result.

If your performance was higher than expected:

• Review the test just as carefully.
• Consider whether you had previously seen any questions.
• Continue following your existing preparation plan.
• Do not assume one strong result eliminates all remaining risk.

Frequently Asked Questions

What is the Free 120 Step 2?

The Free 120 Step 2 is the informal name for the official USMLE Step 2 CK sample questions. The current PDF contains 120 questions.

Where can I take the Free 120 Step 2?

The PDF and interactive experience are available through the official USMLE Step 2 CK materials.

Is the Free 120 the same as an NBME self-assessment?

No. The Free 120 provides official sample questions and interface practice. NBME self-assessments are designed to provide more structured information about performance and readiness.

When should I take the Free 120?

Many students take it within the final one or two weeks, although the appropriate timing depends on the student’s assessment schedule and preparation needs.

Does the Free 120 provide a three-digit score?

The Free 120 generally provides or allows you to calculate a percentage correct. The USMLE program does not provide an official three-digit conversion for each percentage.

Is the Free 120 similar to Step 2 CK?

It provides official sample questions and exposure to tested formats. However, it is shorter than the actual exam and cannot reproduce the full range of content or test-day endurance.

Should I take the Free 120 at Prometric?

A Prometric practice session may help students who want experience with the testing-center environment. It uses the official sample materials and does not provide a separate full-length practice examination.

Should I postpone Step 2 CK after a low Free 120 result?

Do not make that decision based only on one result. Compare it with recent NBME self-assessments, your performance trend, and other readiness indicators. Consult your medical school or advisor when necessary.

Final Thoughts

The Free 120 Step 2 CK is a valuable source of official sample questions and one of the best ways to become familiar with the current testing interface.

Its greatest value comes from using it under realistic conditions and reviewing the reasoning behind every incorrect or uncertain answer. The percentage alone provides limited information. Your error patterns, pacing, and performance across several recent assessments offer a more complete picture.

Use the Free 120 as part of a broader Step 2 CK plan, not as your only practice test or as a guaranteed score predictor.

If you are approaching your exam and are unsure how to interpret conflicting assessment results, an experienced Step 2 CK tutor can help evaluate your performance and determine which areas need attention before test day.

UWorld Step 2 is one of the most widely used question banks for USMLE Step 2 CK preparation. It gives students access to thousands of clinical questions covering the major disciplines tested on Step 2 CK and the NBME shelf examinations.

Having access to a large question bank, however, does not guarantee that you will use it effectively.

Some students rush through UWorld to reach a particular completion percentage. Others spend so long reviewing individual explanations that they cannot finish enough questions. Some repeat the entire question bank but remember the answers without strengthening the clinical reasoning behind them.

 A productive UWorld Step 2 strategy requires balance. You need to complete enough questions to encounter a broad range of clinical scenarios, but you also need to understand what each question reveals about your knowledge and decision-making.

This guide explains how to use the UWorld Step 2 CK QBank during clinical rotations and dedicated study, how to review questions, and how to avoid common mistakes.

 What Is the UWorld Step 2 CK QBank?

The UWorld Step 2 CK QBank is a collection of questions designed to help students prepare for the USMLE Step 2 Clinical Knowledge examination and clinical shelf exams.

According to UWorld’s current Step 2 CK product information, its question bank includes more than 4,250 Step 2. The exact number may change as questions are added or updated.

Questions are organized by clinical subject and system, allowing students to create targeted or mixed blocks. Each question includes an explanation of the correct answer and the reasons the other choices are incorrect.

 The platform also provides:

• Performance tracking by subject and system
• Tutor and timed testing options
• Shelf Review and Step 2 CK Review modes
• Flashcard and note-taking features
• UWorld self-assessments
• Different interface options for question practice

UWorld should primarily be viewed as a learning tool. Its value does not come only from testing what you already know. The questions and explanations can help you develop the clinical reasoning needed to approach unfamiliar cases and also guide content review where there are knowledge gaps.

When Should You Start UWorld Step 2?

You do not need to wait until dedicated study to begin UWorld Step 2.

Students can start using the QBank during their core clinical rotations. Questions completed during internal medicine, surgery, pediatrics, psychiatry, obstetrics and gynecology, and other rotations can simultaneously reinforce clinical learning and prepare students for shelf exams.

Beginning during rotations offers several advantages:

• You connect questions to patients and conditions you are currently seeing.
• You build clinical reasoning gradually rather than waiting until dedicated study.
• You prepare for shelf examinations while covering material relevant to Step 2 CK.
• You identify weaknesses before your dedicated study period begins.
• You reduce the number of new questions remaining close to the exam.

However, beginning early does not mean that every student should complete the QBank at the same pace. Your daily target should reflect the demands of your rotation, your study timeline, and how thoroughly you can review each block.

During rotations, your UWorld Step 2 strategy should generally follow the clinical subject you are studying.

A student on an internal medicine rotation, for example, may focus on internal medicine questions. A student on pediatrics may choose pediatric questions aligned with the conditions covered during that rotation.

This approach helps connect academic study with clinical experience. If you encounter a patient with heart failure, completing related questions can reinforce the diagnosis, physiology, complications, and treatment decisions associated with that condition.

UWorld currently offers separate Shelf Review and Step 2 CK Review modes. Shelf Review organizes questions according to the subjects covered on shelf exams, while Step 2 CK Review includes system-based questions and also questions that can also integrate broader topics.

Because some content overlaps, questions completed in one mode may also appear as completed in the other. Students should review the current settings in their accounts and choose the mode that best matches their immediate goal.

During rotations:

• Use Shelf Review when preparing for a specific subject examination.
• Complete questions consistently rather than saving the entire subject for the final week.
• Review concepts connected to patients you encounter.
• Track recurring weaknesses within the rotation.
• Continue prioritizing your clinical responsibilities and patient care.

Students balancing the two goals may also benefit from EMP’s guide to studying for shelf exams and Step 2 CK simultaneously.

Using UWorld During Dedicated Step 2 Study

During dedicated study, the purpose of UWorld changes. Instead of working primarily within one clinical discipline, students should generally move toward mixed question blocks. Mixed blocks require you to identify the relevant subject, diagnosis, and management principle without knowing the category beforehand. This better reflects the reasoning required on Step 2 CK, where topics are not separated into predictable subject blocks.

Your dedicated-period strategy may include:

• Mixed blocks containing unused questions,
• Timed practice.
• Review of incorrect and flagged questions.
• Targeted blocks for persistent weaknesses.
• Regular self-assessments.
• Practice with the current official USMLE interface.

For examinations administered on or after May 7, 2026, Step 2 CK uses sixteen 30-minute blocks during a nine-hour testing session. Each block contains no more than 20 questions.

UWorld block settings do not need to reproduce this structure every day. However, students should practice completing questions at the pace expected on the current exam and use the official USMLE Step 2 CK interactive testing experience to become familiar with the current interface.

Tutor Mode or Timed Mode?

Tutor mode displays the answer and explanation after each question. Timed mode requires you to complete a block before reviewing the answers.

Both modes can be useful, but they serve different purposes:

When to use tutor mode

Tutor mode is often appropriate when:

• You are learning a subject for the first time.
• You are using questions alongside a clinical rotation.
• Your primary objective is content acquisition.
• You want immediate feedback on your reasoning.
• You are working through a particularly weak subject.

Immediate feedback can help connect a question to the relevant concept while your reasoning is still fresh.

When to use timed mode

Timed mode becomes more important when:

• You need to improve pacing.
• You struggle to complete blocks on time.
• You want to practice making decisions without immediate reassurance.
• You are preparing for realistic exam conditions.

Students do not have to choose only one mode. It is reasonable to begin with more tutor-mode questions and transition toward timed blocks as the exam approaches.

System-Based or Mixed Questions?

System-based and mixed UWorld Step 2 blocks also serve different purposes.

System-based blocks

System-based blocks are useful when you are:

• Studying during a specific rotation
• Learning or reviewing a weak subject
• Reinforcing recently reviewed content
• Trying to determine whether a focused intervention worked

The limitation is that selecting the subject provides information you will not have on exam day. If you begin a cardiovascular block, you already know that each question probably relates to the cardiovascular system. 

Mixed blocks

Mixed blocks require you to determine which subject and clinical principle a question is testing. They are more representative of the actual Step 2 CK experience.

Mixed questions become especially valuable during dedicated study, when you need to practice switching between specialties and making decisions without knowing the topic in advance.

A practical progression may look like this:

• Early rotations: Primarily subject-specific questions in tutor mode
• Later rotations: Subject-specific questions combined with occasional mixed blocks
• Early dedicated study: Primarily mixed blocks, with targeted review for weaknesses
• Final preparation: Mixed, timed questions and formal self-assessments

This is a flexible framework rather than a required schedule.

How Many UWorld Step 2 Questions Should You Complete Each Day?

There is no universal number of UWorld Step 2 questions that every student should complete daily.

The appropriate target depends on:

• Your test date
• The number of unused questions remaining
• Your clinical schedule
• Your baseline performance
• The length of your dedicated study period
• How much time you need to review each block
• Whether you are also completing self-assessments or content review

Students in dedicated study can estimate a starting target by dividing the number of unused questions they intend to complete by the number of available question-bank days.

Do not count self-assessment days, planned rest days, or the final day before the examination as ordinary question-bank days. For example, if your calculation produces a target that leaves no time for reviewing explanations, addressing weaknesses, or taking assessments, the plan is too aggressive. You may need to prioritize unused questions, adjust your timeline, or accept that finishing every available question may not be the most valuable objective.

Completing more questions is helpful only when you can still learn from them.

How to Review UWorld Step 2 Questions Effectively

The quality of your review matters as much as the number of questions you complete.

For every incorrect answer, and every correct answer you guessed, ask:

1. What was the question testing?
2. Which findings were most important?
3. Why did I choose my answer?
4. Why was the correct answer better?
5. Why were the other options incorrect?
6. What would need to change for another option to become correct?
7. How will I recognize this concept in a different presentation?

This process helps you identify whether the error came from knowledge, reasoning, interpretation, or test-taking behavior.

Classify the reason for each mistake

Most missed questions fall into one of these categories:

• Knowledge gap: You did not know the relevant information.
• Application gap: You knew the fact but could not use it in the scenario.
• Diagnostic error: You misidentified the condition.
• Management error: You recognized the diagnosis but selected the wrong next step.
• Interpretation error: You misunderstood a laboratory result, image, or clinical clue.
• Reading error: You missed a qualifier such as “initial,” “most appropriate,” or “next.”
• Timing error: You rushed because too much time was spent elsewhere.
• Second-guessing: You changed an answer without a strong clinical reason.

Different mistakes require different solutions. A knowledge gap may require focused content review. A management error may require comparing diagnostic and treatment algorithms. A timing problem requires deliberate pacing practice.

Keep notes concise

Copying full explanations into a document is rarely an efficient use of time. It can create another large resource that becomes difficult to review.

Instead, record:

• The concept you missed
• The specific reason for the error
• The rule or distinction you need to remember
• One action you will take to address it

For example:

Stable patient with suspected pulmonary embolism: choose testing based on pretest probability rather than automatically ordering CT angiography.

A concise takeaway is easier to review and apply than a copied explanation.

What Is a Good UWorld Step 2 Percentage?

Students frequently ask what UWorld Step 2 percentage they need to achieve a particular Step 2 CK score.

There is no universally reliable UWorld percentage that guarantees a particular result. QBank performance can be influenced by:

• Whether questions are new or repeated.
• Tutor mode versus timed mode.
• Subject-specific versus mixed blocks.
• When the questions were completed.
• Whether explanations were consulted during the block.
• The difficulty of the selected questions.
• How much content the student had already reviewed.

A student completing new, mixed, timed questions early in preparation cannot be directly compared with a student repeating subject-based questions during dedicated study.

Use your percentage to monitor patterns rather than treating it as a direct score prediction.

Ask:

• Is performance improving over time?
• Are scores becoming more consistent?
• Which subjects remain weak?
• Do scores drop on mixed blocks?
• Does performance decline later in the day?
• Are mistakes caused by knowledge or test-taking behavior?

Formal NBME self-assessments and other validated readiness measures should carry more weight than one cumulative QBank percentage.

Should You Complete UWorld More Than Once?

A second pass through UWorld can be useful, but it is not automatically necessary.

Repeating the QBank may help if:

• Your first pass occurred gradually across clinical rotations.
• A substantial amount of time has passed since you saw the questions.
• You need additional practice applying major concepts.
• You can explain the reasoning rather than simply recall the answer.
• You have enough time without sacrificing self-assessments or targeted review.

A second pass may be less valuable if you immediately recognize the questions and remember the answers. In that situation, a high percentage may reflect memory rather than improved clinical reasoning.

Before resetting the entire QBank, consider whether your time would be better spent on:

• Unused questions
• Incorrect questions
• Flagged questions
• Weak subjects
• NBME self-assessments
• Official sample questions
• Focused content review

The objective is not to complete two full passes simply for the sake of reaching a particular number. Instead, the goal is to strengthen your reasoning using questions you have not memorized. For many students, an effective middle-ground approach is to repeat only the questions they answered incorrectly rather than completing the entire question bank again. These are the questions where their original reasoning or approach needs the most improvement.

How to Use Incorrect and Flagged Questions

Incorrect questions can reveal important weaknesses, but repeating every missed question is not always the best strategy.

Review incorrect questions when:

• You addressed the underlying knowledge gap.
• Enough time has passed that you must reason through the question again.
• The concept remains relevant to a current weakness.
• You can explain why each answer choice is correct or incorrect.

Flag questions when:

• You guessed correctly.
• You were uncertain between two choices.
• The concept was important but unfamiliar.
• The question exposed a recurring reasoning problem.
• You want to review the explanation later.

Do not flag every difficult question. A list containing hundreds of flagged items becomes another unmanageable resource.

Your flagged list should help identify questions that deserve deliberate follow-up.

UWorld Self-Assessments vs. NBME Self-Assessments

UWorld self-assessments and NBME Comprehensive Clinical Science Self-Assessments can both contribute to Step 2 CK preparation, but students should not treat them as interchangeable with ordinary question-bank blocks.

UWorld currently offers Step 2 CK self-assessments intended for different stages of preparation. The company recommends using them to establish a baseline, monitor progress, and evaluate performance closer to the exam.

NBME self-assessments provide performance feedback designed specifically to help students evaluate their Step 2 CK readiness.

When interpreting any self-assessment:

• Review the score and likely range.
• Identify weak content areas.
• Examine the types of errors you made.
• Compare the result with previous assessments.
• Avoid making a major decision based on one score.
• Complete the assessment under standardized conditions.

A pattern across multiple assessments is more informative than one unusually strong or weak result.

Students can learn more about Step 2 CK scoring in EMP’s guide to how Step 2 CK is scored.

Common UWorld Step 2 Mistakes

Starting too late

Waiting until dedicated study to begin thousands of questions can create unnecessary pressure. Using the QBank during rotations spreads the work over a longer period and supports shelf preparation.

Prioritizing completion over learning

Reaching 100% completion has limited value if explanations were skimmed and mistakes were not addressed.

Spending too long on every explanation

Not every correct, confident answer requires an extended review. Direct more attention toward incorrect answers, guesses, and unfamiliar concepts.

Recording too many notes

Copying large sections of explanations produces an overwhelming review document. Record concise, reusable lessons.

Using only subject-based blocks

Subject-based blocks are useful for learning, but exclusive use can make mixed exam questions more difficult. Transition toward mixed practice before the exam.

Treating UWorld percentage as a predicted Step 2 score

QBank percentages are affected by how and when the questions were completed. Use formal assessments and performance trends to evaluate readiness.

Memorizing repeated questions

Recognizing a question does not mean you understand the concept. Explain the reasoning and consider how the same principle could be tested differently.

Ignoring test-taking patterns

Students sometimes respond to low performance by reviewing more content when the actual problem is misreading, pacing, or difficulty prioritizing next steps.

A useful UWorld Step 2 schedule should combine question completion with review, remediation, and assessment.

A typical dedicated-study day might include:

1. A mixed, timed block
2. Detailed review of incorrect and uncertain questions
3. Focused content review based on the block
4. A second question block
5. Review of the second block
6. Brief review of recurring errors or flashcards

This is only a model. Some students benefit from more questions, while others need additional time for remediation.

At the end of each week:

• Review your performance by subject.
• Identify recurring error categories.
• Select two or three priority weaknesses.
• Schedule targeted review.
• Complete questions that test those areas.
• Return to mixed questions to determine whether the learning transfers.

Students who need a more individualized plan may benefit from working with a Step 2 CK tutor. A tutor can help determine whether performance problems come from knowledge gaps, clinical reasoning, pacing, or an inefficient review process.

Frequently Asked Questions About UWorld Step 2

Is UWorld enough for Step 2 CK?

UWorld can serve as a central learning resource, but students should also use official exam information and NBME self-assessments. Some students may need additional content review or individualized support based on their baseline knowledge and performance.

When should I start UWorld Step 2?

Students can begin using UWorld Step 2 during clinical rotations. Starting before dedicated study allows questions to reinforce shelf-exam content and reduces the number of new questions remaining near the exam.

Should I use UWorld Step 2 in tutor or timed mode?

Tutor mode is useful while learning new material because it provides immediate feedback. Timed mode becomes more important as the exam approaches and students need to improve pacing and independent decision-making.

Should UWorld Step 2 blocks be random or subject-specific?

Subject-specific blocks are useful during rotations and targeted remediation. Mixed blocks are more appropriate during dedicated study because they require students to identify the relevant specialty and clinical problem independently.

Do I need to finish all of UWorld before Step 2 CK?

Completing the QBank provides broad exposure, but completion alone does not establish readiness. Thorough review, self-assessment performance, and consistent reasoning are more important than reaching an arbitrary completion percentage.

Should I reset UWorld for Step 2 CK?

A reset may help students whose first pass occurred gradually during rotations. However, repeating memorized questions may provide limited information. Consider unused, incorrect, and flagged questions before committing to a complete second pass.

What UWorld Step 2 score is considered good?

There is no universal percentage that guarantees a specific Step 2 CK result. Interpret your performance according to the question settings, timing, stage of preparation, and trends across recent blocks.

How should I review UWorld Step 2 questions?

For every incorrect or uncertain question, identify the concept tested, the important clinical clues, the reason for your answer, and the cause of the mistake. Record a concise takeaway rather than copying the entire explanation.

Final Thoughts

UWorld Step 2 is most valuable when it is treated as a clinical reasoning resource rather than a checklist. Start during clinical rotations when possible, use targeted questions to reinforce each discipline, and transition toward mixed, timed blocks as your exam approaches. Review incorrect and uncertain answers according to the reason for the error, and use performance patterns to guide your study plan.

Your completion percentage and cumulative score provide information, but neither should be interpreted in isolation. Progress across new questions and formal self-assessments provides a more meaningful picture of readiness.

If you are completing UWorld consistently but your performance has plateaued, Elite Medical Prep’s Step 2 CK tutors can help identify the source of the problem and develop a study strategy based on your timeline, assessment results, and residency goals.

Elite Medical Prep is not affiliated with or endorsed by UWorld. Product features and question totals may change; students should consult UWorld directly for current information.

For years, one of the conveniences of the USMLE Step exams has been scheduling flexibility. If your practice scores weren’t quite where you wanted them to be, you could often push your exam back a week or two. If you felt ready sooner than expected, you might even move your test date earlier.

Beginning in 2028, however, that flexibility will change.

The USMLE program recently announced that it will transition from year-round, on-demand testing to a system of Designated Testing Dates. Instead of being offered almost every day throughout the year, the Step exams will only be available on specific dates.

While the change won’t affect students taking exams before 2028, it will have important implications for future medical students, medical schools, and residency applicants. Understanding what is changing now can help students plan ahead and avoid unnecessary stress later.

What Are Designated Testing Dates?

Under the current system, students can typically choose from many testing dates throughout their eligibility period, depending on availability at their local Prometric testing center.

Starting in 2028, that model will change.

Instead of continuous scheduling, across all three USMLE Step exams combined, testing will occur on approximately 45 designated testing days annually, rather than being available nearly every day. At the same time, the USMLE plans to expand the number of testing centers and reserve seats specifically for USMLE examinees.

The exact dates for Step 1, Step 2 CK, and Step 3 have already been published in a planned 2028 testing calendar, allowing schools and students to begin long-term planning. 

Why Is the USMLE Making This Change?

At first glance, reducing testing dates may seem inconvenient. So why make the change?

According to the USMLE program, the primary goal is exam security.

Maintaining the integrity of a high-stakes licensing examination has become increasingly challenging. With thousands of examinees testing around the world over many months, protecting secure exam content is an ongoing concern. By concentrating testing into designated dates, the USMLE believes it can better protect exam materials, reduce the possibility of content exposure, and help ensure that scores remain fair and comparable across all examinees.

While this means students will have fewer scheduling options, the goal is to strengthen confidence in the examination process and maximize fairness for everyone.

Who Will Be Affected?

The new designated testing schedule is expected to begin in 2028, meaning today’s first- and second-year medical students, depending on their training timeline, may be among the first groups affected. 

If you’re early in medical school, this is worth keeping on your radar. Even if your first licensing exam is still years away, understanding these changes now can help you build more realistic academic and clinical schedules.

You’ll Need to Plan Earlier Than Before

Perhaps the biggest practical takeaway is simple: planning ahead will become much more important.

Under the current system, many students have become accustomed to adjusting their test dates based on practice exam performance. While that flexibility may still exist to some degree, the number of available testing days will be significantly smaller.

Imagine reaching the end of your dedicated study period and realizing you’d benefit from another two weeks of preparation. In the past, that might simply mean rescheduling your exam. Under the new model, the next available designated testing date could be considerably later. This can impact your progression into your next courses or clinical rotations. 

That possibility makes early planning much more valuable.

Students will likely need to think farther ahead when building their study schedules and may need to make exam-date decisions before they would have under the current system.

Dedicated Study Periods May Need More Structure

Another important implication involves dedicated study time.

Many students currently build flexible dedicated periods around tentative exam dates. If progress is slower than expected, they sometimes adjust their schedule by moving the exam back.

Beginning in 2028, dedicated periods may become less flexible. Rather than building an open-ended study schedule, students may need to work backward from fixed testing dates. This makes realistic planning even more important. Starting dedicated too late could leave little room for unexpected setbacks, while starting too early may increase the risk of burnout.

Students may also need to pay closer attention to milestones such as NBME self-assessments and question-bank completion so they can make informed decisions well before their scheduled exam.

Clinical Rotations and Away Rotations May Require More Coordination

For many students, Step exams don’t exist in isolation. Fourth year often includes away rotations, sub-internships, residency application preparation, interviews, research responsibilities, and graduation requirements. All of these commitments already compete for limited time.

Fixed testing dates may make scheduling even more complex. For example, students pursuing competitive specialties often complete away rotations during the summer before residency applications. If the nearest designated Step 2 CK testing date falls immediately before or during an away rotation, students may have fewer opportunities to adjust their schedule.

Medical schools will likely adapt their advising and scheduling processes, but students should also anticipate needing to coordinate academic calendars, clinical obligations, and exam preparation more carefully than before. Your schedule is ultimately your responsibility, though do take advantage of the resources available at your school to help you plan. 

Residency Applications Could Feel More Time-Sensitive

For students planning to apply through ERAS, timing has always mattered.

Many applicants prefer to complete Step 2 CK before residency applications are submitted so programs can review their scores early in the application cycle. With fewer testing dates available, there may be less flexibility if unexpected circumstances arise.

A postponed exam, illness, or delay in readiness could potentially shift testing to the next designated date, affecting when scores become available. That doesn’t mean students should rush into taking an exam before they’re ready. Instead, it reinforces the importance of building enough buffer into your overall timeline whenever possible.

Does This Mean It Will Be Harder to Get a Testing Seat?

Naturally, one of the first concerns students have is whether fewer testing dates will make scheduling impossible. The USMLE has stated that it plans to offset the reduced number of testing days by expanding testing-center availability and reserving seats specifically for USMLE examinees. 

While it remains to be seen exactly how this will work in practice, the goal is to maintain adequate access despite the new schedule. Even so, students should probably expect scheduling to become more competitive, particularly around popular testing periods.

Registering early will likely become even more important than it is today.

Don’t Let the Change Create Unnecessary Anxiety

Whenever a major policy change is announced, it’s easy for rumors and assumptions to spread quickly.

Some students may worry that these changes mean the USMLE is becoming significantly more difficult or that passing rates will change. At this point, the designated testing model is about when students test, not how they are tested.

The content, scoring process, and purpose of the USMLE remain the same. The biggest adjustment is logistical rather than academic. In other words, students should focus less on fearing the change and more on understanding how to plan around it.

What Students Can Do Right Now

If you’re testing before 2028, there’s probably nothing you need to change immediately.
If your testing timeline extends into 2028 or beyond, however, there are several habits that will become increasingly valuable.

• Start thinking about long-term scheduling earlier than you might have otherwise.
• Work closely with your school’s advising office as updated recommendations become available.
• Build flexibility into your study timeline whenever possible rather than planning around the latest acceptable testing date.
• Most importantly, continue using objective readiness measures, such as practice exams and question-bank performance, to guide your preparation instead of relying solely on calendar deadlines.

The earlier you begin planning, the easier it will be to adapt to the new system.

The Bottom Line

The transition to designated USMLE testing dates in 2028 represents one of the biggest scheduling changes to the licensing examination process in many years.

Although students will have fewer opportunities to choose testing dates, the goal is to strengthen exam security while continuing to provide sufficient testing capacity. For most students, the biggest impact will be the need for earlier planning, more structured study timelines, and closer coordination between exams, clinical rotations, and residency applications. 

While change can feel intimidating, students who stay informed and plan proactively are likely to adapt successfully. As medical schools and advising offices update their guidance over the next several years, understanding these changes now can help future examinees navigate the new testing model with greater confidence and fewer surprises. For personalized support, consider working with an experienced tutor through our one-on-one USMLE tutoring services to create a study plan tailored to your goals and timeline.

Watch the video below to hear EMP tutor Rebecca Lapides explain what these changes mean for students:

The honest, practical guide every osteopathic resident deserves before taking COMLEX Level 3.

You survived anatomy lab, endless lectures, and shelf exams, then made it through COMLEX Level 1 and you conquered Level 2-CE. You matched into residency. And now, you’re taking care of real patients every single day.

There’s just one more hurdle before you complete the COMLEX licensing series: COMLEX-USA Level 3. 

If you’re reading this, you’re probably asking yourself one (or all) of these questions:

• How hard is COMLEX Level 3?
• When should I take it?
• How much do I actually need to study?
• What resources are worth paying for?
• What are these CDM cases everyone keeps talking about?

I’ve helped residents prepare for COMLEX exams for years, and I’ve noticed something interesting: the residents who struggle aren’t usually the ones who know the least medicine. They’re the ones who don’t have a plan.

This guide is the roadmap I wish every resident had before they started studying. It covers everything you need to know for the 2026–2027 COMLEX Level 3 exam, including major changes coming in 2027.

Beginning January 13, 2027, COMLEX Level 3 transitions to a 1-day examination while continuing to assess the same competency domains and blueprint. The blueprint remains unchanged, but the testing experience becomes shorter. A compare and contrast table is provided below. 

Feature
Before January 13, 2027
Beginning January 13, 2027

Eligibility
After passing COMLEX Levels 1 & 2-CE, graduating from an accredited COM, and obtaining residency program attestation
After passing COMLEX Levels 1 & 2-CE, graduating from an accredited COM, and obtaining residency program attestation

Testing format
2-day computerized examination
1-day computerized exam

Questions
420 multiple-choice questions + 26 Clinical Decision-Making (CDM) cases
240 multiple-choice questions + 16 Clinical Decision-Making (CDM) cases

Passing score
350
350

Testing window
Both testing days must be completed within a 14-day period
Single testing day (14-day completion window no longer applicable)

Score reporting
Typically 8-10 weeks after the testing window closes
Typically 8–10 weeks after the examination date (released according to published score release schedules)

You may also find more information on the NBOME website here at this link.

COMLEX-USA Level 3 is the final licensing examination for osteopathic physicians. Tested content follows the COMLEX-USA Blueprint.

The goal isn’t to see if you’ve memorized every rare disease or obscure metabolic pathway. The NBOME wants to know something much more important: Can you safely practice medicine as an independent physician?

Many questions ask “What should you do next?” rather than “What is the diagnosis?”  Think Level 2, but more nuanced decision-making. 

Level 3 assumes you’re already functioning as a physician and therefore focuses heavily on:

• Managing common inpatient problems
• Prioritizing workups
• Recognizing emergencies
• Choosing appropriate treatments
• Counseling patients
• Preventive care
• Osteopathic principles and manipulative medicine (yes, OMM is still here!)

If you’ve spent a few months in residency, you’ll likely quickly recognize many of the scenarios because you’ve already taken care of these patients.

To be eligible, you must:

• Pass COMLEX-USA Level 1
• Pass COMLEX-USA Level 2-CE
• Graduate from a COCA-accredited osteopathic medical school
• Receive a good academic and professional standing attestation from your residency program director
• Register through the NBOME before scheduling your exam 

Residents generally take Level 3 during their PGY-1 year, although timing varies by specialty and residency program requirements. 

What is a Good COMLEX Level 3 Score?

The minimum passing score for COMLEX-USA Level 3 is 350.

Most residents should focus less on chasing a specific number and more on demonstrating consistent readiness across clinical decision-making, patient management, and osteopathic principles.

Programs primarily require successful completion for licensure, although individual programs may have different expectations. 

It’s challenging, but probably not for the reason you think.

The medicine is generally less obscure than previous board exams. Instead, the difficulty comes from balancing studying with residency. Some days you may only have time for 20 questions after work and some weeks you’ll be on nights. Some weeks you’ll barely touch your question bank. That’s normal.

The residents who do well aren’t necessarily the smartest. They’re the ones who stay consistent. 20 focused questions every day for 8 weeks will almost always beat trying to cram 1,500 questions into the last two weekends before your exam.

Consistency wins!

Most residents take COMLEX Level 3 during intern year, but the “best” time depends on your residency program and schedule.

Aim for a time when:

• You’re several months into residency and somewhat settled.
• You’ve had a few months of inpatient experience.
• During a lighter rotation or elective when you can study consistently.
• You’re not on a rotation with major responsibilities such as ICU, trauma, or night float. 
• You can dedicate 6-12 weeks to steady preparation.

Don’t wait for the “perfect” month. It probably doesn’t exist. Instead, choose a period when your workload is manageable enough that you can study consistently. Consider your extracurricular activities and other time commitments.

You may choose to wait until January 13, 2027 if you are considering the 1-day format.

My advice is to plan ahead and create a solid study schedule! Start early! 

What matters most is using a few high-quality resources consistently. 

TrueLearn Question Bank:

• Questions feel very similar to COMLEX
• Detailed explanations, images, and charts/tables for learning
• OMM is integrated throughout
• Great analytics dashboard and progress tracking
• Built-in flashcards for spaced repetition
• Offers a Level 3 Predictive Assessment Exam

AMBOSS:

• Rapid review
• Filling knowledge gaps
• Excellent OMM content review
• Excellent step-by-step clinical management algorithms
• Reference reading during residency 

Official NBOME Practice Resources:

Incorporate COMSAE for Phase 3 and sample questions into your study plan. 

This is non-negotiable! Perfect resources to give you exposure to the style of questions you can expect to see on test day. They’re the closest thing you’ll see to the real testing experience. Avoid any unnecessary surprises if possible!

CDMCases.com:

If you’re nervous about the Clinical Decision-Making portion, CDMCases.com is one of my favorite supplemental resources. It costs roughly $70-110 depending on the length of the subscription. 

This resource provides 140 CDM cases that allow you to practice with an interactive and realistic interface. It provides valuable practice with the workflow, structure, and decision-making style of CDM cases.

Think of it as practice for how to take the exam, not just what to know.

The CDM portion is unique to COMLEX Level 3. It requires repeated exposure in order to develop fluency with the CDM format and language. 

Rather than answering a single multiple-choice question, you’ll work through a patient case and make management decisions. Some questions require selecting multiple correct answers, while others require short constructed responses. The emphasis is on sound clinical judgment rather than memorizing obscure facts. 

Each CDM case presents a clinical scenario followed by 2–4 sequential questions. The questions may ask you to:

• Obtain additional history
• Perform a focused physical exam
• Order laboratory tests or imaging
• Make a diagnosis
• Treat when appropriate
• Decide on patient’s disposition (admit, discharge, ICU, follow-up)
• Counsel the patient (i.e., lifestyle changes), if necessary
• Recommend follow-up, if necessary

Each answer influences the next part of the case. Once you submit an answer and move forward, you cannot go back and change it. 

The 2 Types of CDM Questions

1. Extended Multiple-Choice Questions

These aren’t your typical “pick one answer” questions.

Instead, you’ll see a list of options and instructions such as: “Select up to 5 options.”

You receive credit only if you:

• Select the correct answer(s).
• Stay within the maximum number of allowed selections.
• Avoid choosing any option that is harmful or represents unnecessary use of healthcare resources.

2. Short-Answer Questions

These require you to type your own response.

This is where many residents lose easy points. Not because they don’t know the answer, but because they don’t answer the way the NBOME expects.

Follow these rules:

• Instead of writing “IV”, write “intravenous”

• • One answer per box only
  • Be specific
    • Specify drug names (I recommend knowing the generic names) and routes of administration. Drug doses are not required.

• Instead of writing “Antibiotic”, write “Intravenous ceftriaxone”. 

• • • Include the anatomic site for imaging studies when appropriate. 

• Instead of writing “CT”, write “CT abdomen and pelvis with intravenous contrast”

• • Consults need a purpose
    • The NBOME expects you to specify what you’re asking the consultant to do, not just which specialty to call.

• Instead of writing “Consult cardiology”, write “Consult cardiology for cardiac catheterization”

• • OMM answers must be specific
    • Specify both the technique and the anatomic location. 

• Instead of writing “OMT”, write “Muscle energy for left first rib somatic dysfunction”.

Common CDM Mistakes

Some of the most frequent errors include:

• Ordering treatments before stabilizing an unstable patient.
• Forgetting initial supportive care (e.g., IV access, oxygen, cardiac monitoring when appropriate).
• Overlooking preventive counseling or appropriate follow-up.
• Ignoring osteopathic considerations when relevant.
• Choosing outdated diagnostic tests instead of current guideline-recommended studies.
• Failing to recognize when immediate intervention is more important than obtaining additional diagnostic information.

You may find detailed information regarding the approach to CDM cases at the official NBOME website here. 

• 12 Weeks Before
  • Choose your primary question bank.
  • Complete a diagnostic assessment.
  • Build a realistic weekly study schedule.
  • Aim for 15–20 TrueLearn questions per day on busy rotations and 40 questions on lighter rotations. Review explanations thoroughly and start a review system (i.e., Anki cards or note-taking).
  • Aim for 1-2 CDM cases per day. 
  • Start identifying weak topics. 
• 8 Weeks Before
  Increase to:
  • 25-40 TrueLearn questions daily, with more if possible. Review explanations thoroughly and continue with Anki cards/note-taking. 
  • 2-4 CDM cases per day. 
  • Continue with targeted review of weak topics.
• 4 Weeks Before
  • Complete any remaining TrueLearn questions and CDM cases.
  • Revisit incorrect questions.
  • Continue targeted review of weaker topics. 
  • Review OMM daily.
  • Take the TrueLearn COMLEX Level 3 Predictive Assessment Exam.
• Final 2 Weeks
  • At the 2-week mark, take the COMSAE Phase 3 Practice Assessment.
  • Continue to focus on:
    • Incorrect questions
    • High-yield algorithms
    • OMM review
    • Ethics
    • Preventive medicine
    • Screening guidelines
    • Biostatistics

Every resident’s Level 3 preparation journey is different, and the ideal study plan depends on your baseline knowledge, available study time, residency schedule, and individual strengths and weaknesses. There is no “one-size-fits-all” approach. A personalized approach can help you identify your weaknesses, choose the right resources, and stay accountable throughout preparation.

For residents looking for additional guidance, Elite Medical Prep tutors provide individualized coaching and customized study plans designed to help you maximize your preparation and approach COMLEX Level 3 with confidence.

CT sits at the centre of modern acute care, yet most clinicians who order and act on scans never received computed tomography training. We compared the leading options on breadth, level, CME credits, and price, favouring self-paced courses built for non-radiologists.

Course selection criteria

The online CT course providers were defined by the following criteria:

• English language
• Structured training with a defined learning path
• Easily accessible online, with no formal application process
• Access to pricing and other course details without any requirement to register for an account first 
• Provides more than a collection of examples, references, and/or practice cases (not all courses met this criterion)
• Offers a range of learning opportunities from introductory to advanced levels (not all courses met this criterion)
• Relevant to most healthcare professionals, including physicians, advanced practice professionals, and nurses
• Courses can be easily found in Google search results
• Providers must not prevent UK and EU residents from accessing their website
• Focus on adult patients 
• Relevant to non-radiologists given higher rankings
• Online (self-paced or live virtual)

Top Paid Resources

1. Radiopaedia

Radiopaedia is a peer-reviewed radiology resource curated by radiologists and other healthcare professionals from around the world. They offer free content as well as on-demand courses. They offer 33 online courses on x-ray, anatomy and physicians, neuroradiology, and emergency and trauma. Not every course provides CME. Their courses are video-based and on-demand.

They offer a few computed tomography online courses, relevant to non-radiologists:

Medical Imaging Anatomy Course: Teaches cross-sectional imaging anatomy. 8 hours of video teaching with 50+ quizzes, 190 MCQs and 10 AMA PRA Category 1 Credits™

Imaging of Stroke Learning Pathway: Covers imaging of stroke, including plain CT, CT angiography, CT perfusion, MRI diffusion, clot retrieval, and stroke mimics. Designed for radiologists, radiology trainees and neurologists who manage strokes. Case-based course (30 scrollable cases) with 4 hours of video commentary and 50 MCQs, 6 practice cases with 7 AMA PRA Category 1 Credits™

Abdominal CT Essentials: Essential review of abdominal CT for radiologists, radiology trainees, physicians, and other HCPs. 2.5 hours of video with 150+ cases, 90 scrollable review cases and 45 review questions. 6 AMA PRA Category 1 Credits™

Emergency Radiology Course: Covers imaging of common emergency presentations, including brain bleeds, limb injuries, abdominal obstructions and more. Unclear what portion of the course is focused on CT imaging compared to other modalities like X-ray. Designed for a multidisciplinary audience involved in emergency medicine. 7 hours video with 45 live quizzes, 60 review quizzes and 7 AMA PRA Category 1 Credits™

Trauma CT Brain Learning Pathway: Covers the interpretation of CT brain in trauma. Designed for radiologists, radiology trainees, and physicians involved in trauma care (emergency, neurosurgery, neurology, ICU, general surgeons), and medical students. Nurses and radiographers may benefit, but are not the primary intended audience. 3 hours in length with 32 review questions and No CME

Trauma Radiology Course: Designed to help you detect traumatic injuries on imaging of the body, brain, face, and spine on x-ray, CT, and MRI. Designed for a multidisciplinary audience involved in trauma care. 8 hours video with 34 review questions and No CME

• On-demand format of courses
• Designed for radiologists and non-radiologists 
• Several courses are ACCME-accredited and offer AMA PRA Category 1 Credits™
• They offer 6 courses relevant to CT CME, worth 30 credits. 
• They provide free access to online courses and conferences for those from 125 low- or middle-income countries (must apply for free access).
• You can either pay for computed tomography training courses through an all-access pass or on a per-course basis.
• Prices are reasonable 

• CME for courses have expiry dates. However, their website states that all material that offers AMA PRA Category 1 Credits™ is reviewed at least once every 3 years, or more often, as indicated by scientific developments, to ensure it remains valid.
• Not all of the above courses are 100% CT training-focused. 

Medical Imaging Anatomy Course

• 10 AMA PRA Category 1 Credits™
• 60 USD for 3 months of access, 90 USD for 12 months of access

Stroke Learning Pathway

• 7 AMA PRA Category 1 Credits™
• 64 USD for 12 months of access 

Abdominal CT Essentials

• 6 AMA PRA Category 1 Credits™
• 48 USD for 12 months of access 

Emergency Radiology Course

• 7 AMA PRA Category 1 Credits™
• 60 USD for 3 months of access, 90 USD for 12 months of access 

Trauma CT Brain Learning Pathway

• No CME
• 14 USD for 12 months of access

 Trauma Radiology Course

• No CME
• 60 USD for 3 months of access, 90 USD for 12 months of access 

An all-access pass includes all courses/lectures/video cases, annual virtual conference registration, up to 455 CME credits, and ad-free browsing:

• One-time payment for 12-month or 24-month access
• Pricing depends on the level of training and location. Example for an attending physician in a Tier 1 country:
  • 820 USD for 12 months
  • 1640 USD for 24 months

Price per CME

• If paying per course for all 6 courses, the total is 306 USD for 30 CME = 10.20 USD per CME, though not all the courses are solely CT-focused.
• If you pay for an all-access pass as an attending for 12 months and are only interested in the above courses, the total is 820 USD for 30 CME = 27.33 USD per CME, though not all courses are 100% CT-focused. 

2. Infomed Online

Infomed Online has provided CPD-accredited online learning for doctors across major specialities in the UK since 2004. They offer in-person and online video courses. You can access the latest iteration of live courses on demand (for example, the Spine Imaging Course 2025 is available on-demand in 2026).

Relevant CT courses, available on-demand, include:

Imaging in the ICU 2026 – What the Intensivist needs to know: Designed for consultants and senior trainee intensivists and anaesthetists looking to improve their image interpretation skills. On-demand lectures and DICOM cases with 11 lessons with 6 about CT (head, chest, abdomen). Duration 11 hours (includes 7.67 h on CT) and 12 CPD credits

King’s CT Polytrauma for the Emergency Physician: Online course with updates on CT imaging in trauma, designed for emergency consultants and senior trainees. Short theory lectures, interactive interpretation and reporting sessions, and DICOM cases. 10 lessons, all on CT training totalling 11.75 hours for 12 CPD credits.

Update for the On-Call Radiologist 2026: A practical review of challenging cases encountered by the on-call radiologist. Short lectures followed by interactive interpretation of cases. 10 lessons over 12 hours for 12 CPD points. Unclear how much of the content is CT-focused.

• Online, on-demand 
• Some of their courses are designed for non-radiologists looking to improve CT skills
• The King’s CT Polytrauma course is solely focused on CT, and the majority of the Imaging in the ICU course covers CT.
• They have an average Google star rating of 4.8/5, based on 106 reviews.

• You receive only 120 days of access after purchasing a course.
• Always check with your local college to see if UK CPD credits are accepted.
• Pricier side

• One-time fee of £295 (395.24 USD) for 120 days of access to the above course content
• The cost per CME for each of these courses is £24.58 (32.93 USD)
  • This reflects a CT-specific cost per CME for the CT Polytrauma course
  • The cost per CT-specific CME would be higher for the other courses since not all content is on computed tomography training

3. docmedED

docmedED is an on-demand education platform offering easy access to ACCME-accredited lectures. They offer 1 CT training course:

Classic Lectures in Trauma Imaging: This course provides on-demand lectures on trauma imaging, including paediatric trauma. Designed for radiologists, emergency physicians, trauma surgeons, and other HCPs involved in trauma imaging and care. 20 lessons, including 1 on paediatrics, 1 on AI. Based on the available program list, 14/20 topics should include CT discussion. 10 hours of content if you purchase all lectures. 10 AMA PRA Category 1 Credits™, ACCME-accredited.

• On-demand lectures
• Ability to earn AMA PRA Category 1 Credits™
• You can purchase only the lectures you’re interested in; you don’t have to buy the whole course.
• Designed for radiologists and non-radiologists 

• Unclear if previous versions of the course have been offered, so it’s unclear if it will be released again after 2028.
• The course is not 100% focused on CT CME or adult topics
• They have a single Google review, but it is 5/5 stars.
• More expensive 

• One-time payment
  • 800 USD for the whole course
  • If you choose the 14 lectures that should contain CT topics, then it would be 7.25 CME for 652.50 USD
• Price per CME
  • Whole course: 80 USD per CME credit
  • Purchase of CT-focused lectures: 90 USD per CME credit (though cannot be entirely sure it is 100% CT-focused)

4. Rapid Sequence Radiology

Rapid Sequence Radiology was founded by 2 emergency physicians to provide frontline clinicians with the tools they need to develop strong imaging skills, including computed tomography training. They offer online, self-paced, video-based courses. 

Their course offerings relevant to CT include:

MasterClass: Comprehensive course providing training to interpret acute images, including X-ray, CT, and paediatric imaging. 128 video lessons with annotated images and quizzes. 11 sections in total with 4 CT training sections. 11 AMA PRA Category 1 Credits™

Boot Camp: Abbreviated version of MasterClass, covering x-ray, CT, and paediatric topics. 4 of the 11 sections with relevant CT training topics. 67 video lessons (6 hours), and includes quizzes. No CME points

• Designed for non-radiologists who need to have the skills to read images
• Online, self-paced
• Ability to earn AMA PRA Category 1 Credits™ with the MasterClass
• No expiry dates for CME listed 

• Subscription on a per-course basis required for access 
• Boot Camp does not offer any CME
• The courses are not solely focused on computed tomography training (only 4/11 sections pertain to CT)
• The only reviews available are on their own platform. They have eight 5-star ratings on MasterClass.
• Pricier side

• MasterClass costs 369.99 USD for the 1st payment, then 49.99 USD/year thereafter 
• Boot Camp costs 189.99 USD for the first payment, then 49.99 USD/year thereafter 
• Price per CME
  • Assuming only 1 year of access to the MasterClass, that would cost 33.64 USD per CME
  • Since only 4/11 sections have CT topics, the cost per CME would be higher 

5. Navigating Radiology

Navigating Radiology initially started as a YouTube Channel, and was founded by Rajesh Bhayana, a body radiologist. It is a case-based learning platform. They also offer RadLingo, a gamified microlearning app. 

They offer one path that is designed for radiology residents and physicians from other specialities, and includes computed tomography CME:

Acute Imaging Essentials Path: Total of 11 courses covering abdominal and chest x-ray, abdominal ultrasound, and CT essentials (8/11 courses are on CT). Ability to see images on a PACS-like viewer with learning guided by an AI attending. Includes 200 cases across modalities and can earn up to 44 AMA PRA Category 1 Credits™

• Online, self-paced
• Designed for radiologists-in-training and non-radiologists 
• Ability to earn AMA PRA Category 1 Credits™
• A significant amount of the course is on CT training topics (8/11 courses, 34/44 CME)
• Reasonable price

• CME expires in 2029
• The course is not 100% CT-focused 
• The course is a collection of cases
• Limited course offerings in general

This provider offers several pricing options: 

• Free tier: access to introductory videos, labelled anatomy, AI attending, and some cases on PACS viewer 
• Monthly plan for 39 USD/month
  • Full access to all courses and AI attending
  • 1 month of RadLingo access
  • No CME
• Yearly plan for 300 USD/year (equal to 25 USD/month)
  • Everything in monthly
  • RadLingo access for the year
  • Access to CME
• One-time payment of 999 USD
  • Access to everything in monthly, forever, including updates and future courses 
  • 1 year of CME free
  • 1 year of RadLingo free 
• Price per CME:
  • 8.82 USD per CT-specific CME for 1-year access 

6. Oakstone CME

Oakstone CME has provided CME through partnerships with renowned institutions, including Harvard and the Cleveland Clinic, for over 45 years. They focus on providing CME in self-paced formats with 24/7 access.

They currently offer 4 relevant courses that include CT CME online:

The University of Washington Emergency Radiology Review: Online videos, self-paced. Focuses on trauma and stroke imaging for clinicians working in urgent clinical settings. Designed for urgent care clinicians, radiologists, and imaging technologists. 49 topics total; only 1 specifically mentions CT (Non-Trauma CT Head). However, based on the brief description provided, 21 topics should have some coverage of CT. 18.25 AMA PRA Category 1 Credits™

UCSF Radiology Review: Comprehensive Imaging: Online, self-paced. This case-based course reviews the fundamentals of major organ systems and imaging modalities, including CT, MRI, US, x-ray, and mammography. 10 modules, including Gastrointestinal, Genitourinary, Thoracic, Breast, Pediatrics/Neurovascular, Neuroradiology, US/ObGyn, Cardiac/Physics/Safety, Interventional, Musculoskeletal. 35 AMA PRA Category 1 Credits™

UCSF Radiology On Call Imaging: Online, self-paced. This course is designed for radiologists with general on-call responsibilities to help improve imaging skills for acute issues (trauma and non-trauma). Designed for radiologists with general on-call responsibilities to help improve imaging skills for acute issues (trauma and non-trauma). 14.50 AMA PRA Category 1 Credits™

National Diagnostic Imaging SymposiumⓇ from World Class CME: A series of online lectures and case-based presentations for radiologists, spanning multiple radiology subspecialities. 10 modules, of which 5 modules may contain topics that may be relevant to non-radiologists. 51 AMA PRA Category 1 Credits™, accredited by ACCME

• Online, self-paced 
• The University of Washington Emergency Radiology Review and the UCSF Radiology Review: Comprehensive Imaging are designed for radiologists and non-radiologists.
• Ability to earn AMA PRA Category 1 Credits™

• CME has expiry dates.
• Half of the CT-related courses on this platform are designed for radiologists.
• More expensive

The University of Washington Emergency Radiology Review 

• 18.25 AMA PRA Category 1 Credits™
• One-time payment
  • 1095 USD for online only
  • 1245 USD for online with USB option
  • 1475 USD for online + USB + printed syllabus option
  • Length of access not listed for online only option
• Price per CME: Assuming you opt for the online-only option
  • 60 USD per CME credit. 
  • However, the per CME price for topics that are relevant to CT and adults only would be higher since 81% of the course is on adult topics, and an estimated 43% of the course should be relevant to computed tomography training

UCSF Radiology Review: Comprehensive Imaging 

• 35 AMA PRA Category 1 Credits™
• One-time payment
  • 1195 USD for online access
  • Length of access after purchase not listed
• Price per CME
  • 34.14 USD per CME for the whole course
  • If you’re just interested in CT CME, that number jumps to 103.91 USD per CME

UCSF Radiology On Call Imaging 

• 14.50 AMA PRA Category 1 Credits™
• One-time payment
• Price per CME
  • 75.51 USD per CME for the whole course
  • If you’re only interested in CT, that jumps to $168.46 USD per CME

National Diagnostic Imaging SymposiumⓇ from World Class CME

• 51 AMA PRA Category 1 Credits™
• One-time payment
  • 1295 USD for online only
  • 1445 USD for online with USB option
  • 1670 USD for online + USB + printed syllabus option
  • Length of access not listed for the online-only option
• Price per CME: assuming you go for the online-only option
  • 25.39 USD per CME for the whole course
  • This number jumps to 43.90 USD per CME if you’re only interested in CT training

7. Center for Medical Education

The Center for Medical Education has been providing CME since 1977. They offer 1 imaging course that includes CT CME topics.

Mastering Emergency Imaging: Designed for ED clinicians (physicians and APPs) to choose the most appropriate imaging study and interpret key findings. Includes over 100 case-based images. Online, self-paced with 10.50 AMA PRA Category 1 Credits™

• ACCME-accredited
• Ability to earn AMA PRA Category 1 Credits™
• Designed for non-radiologists 
• Videos from the course can be downloaded 

• Only 5/20 topics cover computed tomography training, and only 17/20 topics pertain to adult medicine
• It’s unclear if previous versions of the course have been offered, or if this course will be updated after 2028
• There is only 1 Google rating, but it is 5/5 stars

• One-time payment
  • Digital bundle (streaming video, downloadable video, PDF manual): 295 USD
  • Digital bundle plus USB with all course content: 320 USD
  • Digital bundle plus printed manual: 370 USD  
• Price per CME, assuming digital bundle is chosen:
  • 28.10 USD per CME credit, but that price reflects only 25% of the topics on CT and 85% of the topics on adults
  • Price per CME for CT-specific and adult-specific topics would be higher

8. CHEST

CHEST, or the American College of Chest Physicians, is a respected professional organisation that provides education for healthcare professionals in pulmonary, critical care, and sleep medicine. They offer 1 imaging course.

Thoracic Radiology: Imaging for Clinicians: Online course covering 8 modules. Offers a comprehensive review of thoracic radiology. Designed for physicians, APPs, and fellows in critical care, pulmonary medicine, sleep medicine, hospital medicine, and internal medicine. All experience levels welcome. 21 AMA PRA Category 1 Credits™

• Designed for non-radiologists
• From a respected organisation 
• Ability to earn AMA PRA Category 1 Credits™ 

• Only offers teaching on chest imaging
• It’s unclear how much of the course discusses computed tomography training topics
• More expensive 

• One-time payment
  • 799 USD for CHEST members, 899 USD for nonmembers 
  • CHEST membership fees depend on your professional category (physician, NP, PA, RT, fellow, etc.) and your country of residence. Here are examples of prices:
    • Physician in the US: 339 USD/year for basic, 449 USD/year for enhanced, 559 USD/year for premium
    • Resident in the US: 114 USD/year for basic, 224 USD/year for enhanced, 334 USD/year for premium
• Price per CME as a physician
  • Works out to 42.81 USD per CME credit for nonmembers, or 54.19 USD per CME credit for CHEST members with a basic membership
  • Cost per CME specific to CT likely higher, assuming that a portion of the course content is on other imaging modalities 

9. Provider Practice Essentials

Prover Practice Essentials (PPE) creates both hands-on and online CME for NPs, PAs, and physicians, taught by a team of physicians, PAs, NPs, and certified sonographers. They offer 1 online course with computed tomography training topics:

The ONLINE Radiology Workshop: Broad review of common conditions and their imaging, including radiography and CT. 6 lessons in total including CT and XR. 12 CME credits

• Designed for non-radiologists
• Online format
• Ability to earn Category 1 CME credits accredited by AAPA and AAFP
• Course purchase provides 1-year free access to their Clinical Toolkit, which includes more resources, videos, online training, and CME
• They have an average 5/5 star rating on Google, based on 11 reviews

• The course is not solely focused on CT CME
• It’s unclear how many cases are covered in the course
• More expensive 

• One-time payment of 695 USD for the course
• Clinical Toolkit is a subscription model. Examples of prices:
  • Basic (additional resources, no CME): 149 USD for 1 year, then renewed at 49.99 USD/year 
  • Enhanced (additional resources and up to 100 CME credits): 495 USD, then renews annually at 99.99 USD/year
• Price per CME:
  • 57.92 USD per CME credit. However, the price per CT-specific CME would be higher.

10. Radiology Masterclass

Radiology Masterclass is a UK-based education provider for medical students, residents, and other healthcare professionals. Founded by a consultant radiologist in 2007. They offer tutorials that provide introductory knowledge and image galleries that provide examples for the corresponding tutorials. Tutorials and galleries are free. Courses, eligible for CPD points, are based on these tutorials and galleries.

One of their courses features CT training:

Acute CT Brain – Course Completion Assessment: Online, self-paced. The course consists of completing the free CT Brain Anatomy and Acute CT Brain tutorials, as well as the CT Brain Galleries 1 and 2. Once the materials are completed, you complete 30 MCQs and a course reflection completion form. Provides 6 CPD points (UK) for 6 hours of study

• Online, self-paced format
• Ability to earn CPD points
• Designed for non-radiologists

• Introductory level may not be suitable for all clinicians 
• Unclear how long you have access to the assessment questions after purchase 
• Although the overall price is affordable, the per-CPD price is higher than that of others on this list. 

• One-time payment of £95 (127.02 USD)
• Price per CPD: £15.83 per CPD point (21.17 USD per CPD point)

11. CME Procedures

This CME provider offers evidence-based accredited CME for healthcare professionals. Accredited by AACME and AANP for 10+ years. They offer 1 course that includes computed tomography training:

Radiology Series 1 Review: Introduction to Imaging: Designed for physicians, PAs, NPs. Online, self-paced with 6 sections, including 1 on CT, at an introductory level. 10 AMA PRA Category 1 Credits™

• Online, self-paced
• Designed for non-radiologists
• The purchase of the course includes the Patient Safety series for free, which provides an additional 10 AMA PRA Category 1 Credits™. This free offering is optional.

• Only 1 out of 6 sections of the course includes CT CME
• No CT cases for review, only chest x-ray cases
• Introductory level may not be suitable for all clinicians 
• More expensive 
• They only have reviews on their own platform, though the average rating is 5/5 stars, based on 41 reviews

• One-time payment of 499.95 USD for 1 year of access
• Price per CME
  • Assuming you do not opt for the optional free course included in the price, 49.99 USD per CME credit
  • However, the price would be higher if you only counted the CT-relevant sections

12. Medality

Medality provides case-based microlearning videos designed to simulate real-world practice, primarily for radiologists. Leading radiologists teach courses. They offer several computed tomography courses that could be suitable for non-radiologists.

Cardiac CT Fundamentals: Review of the principles of cardiac CT, including indications, protocols, and optimal acquisition of coronary CTA. 24 videos and 2.5 CME.

Review of brain anatomy, stroke and head trauma imaging:

• Brain Anatomy: Review of brain anatomy with around 3 hours of content, 3 DICOM case files and 3 CME credits.
• Traumatic Brain Injury: Comprehensive review of head trauma imaging, mainly focused on CT. 3.75 hours, 35 DICOM case files and 3.75 CME credits
• Stroke Imaging (CT and MR): Extensive review of stroke and stroke mimics on noncontrast CT, CTA, CT perfusion, MRI, MRA and MR perfusion studies. 4 hours of content, 93 DICOM case files and 4 CME credits.
• Subtle Strokes Case Challenge: Designed to help you improve your skills at detecting strokes on CT by reviewing 25 subtle stroke cases. 34 DICOM case files, 25 quiz questions and 6.25 CME credits

Review of the most common imaging scenarios in the ED

• Very large library of imaging courses
• ACCME-accredited, providing AMA PRA Category 1 Credits™
• Online, video-based, self-paced 

• Designed for radiologists. Their courses may not be suitable for all non-radiologists, depending on their baseline experience with CT. 
• Although CME expiry dates are listed, the website states that content is reviewed and updated on an ongoing basis.
• More expensive 
• Only 2 Google reviews, both 5/5 stars 

• Standard membership: access to Mastery Series courses and select cases within these courses, 200 + CME hours
  • 150 USD for 1 month
  • 1200 USD for 1 year
• Premium membership: everything in Standard plus expert case reviews, fully scrollable DICOM images, case quizzes, digital textbooks and unlimited CME
  • 1499 USD for 1 year
  • 2499 for 2 years, and a 1000 USD credit to use on Fellowships
• Ultimate Learning pass: everything in Premium plus access to 19 self-paced Fellowship Certificate Programs
  • 4999 USD for 1 year
  • 7949 for 2 years

• Price per CME: assuming 1 year of access for the most relevant courses listed above
  • Standard membership: 33.75 CME for 1200 USD, works out to 35.56 USD per CME credit
  • Premium membership: 40 CME for 1499 USD, works out to 37.48 USD per CME credit

13. American College of Radiology

The American College of Radiology (ACR) was founded in 1923 and supports the radiology profession through advocacy, education, research, and quality and safety standards. 

They offer a few self-paced courses, including computed tomography training topics, but these are designed for radiologists and radiology residents. 

CPI Editor’s Choice 2026: Musculoskeletal Imaging: Online module to assess your MSK imaging knowledge, comprising examples and questions. Includes trauma, paediatrics, infection, and advanced MSK pathology and multiple modalities (x-ray, CT, US, MRI). 55 image-based questions with 10 AMA PRA Category 1 Credits™. Unclear how many are on CT

CPI Neuroradiology Module 2025: Online module to assess your neuroradiology skills in adults and paediatrics covering brain, spine, head/neck. 50 questions, 300 images. 10 AMA PRA Category 1 Credits™, ACCME-accredited

CPI Emergency & Trauma Imaging Module 2024: Online module to assess your knowledge of emergency and trauma imaging, featuring examples and questions. Includes trauma and non-trauma cases affecting all organ systems and multiple modalities (x-ray, CT, US, MRI). 350 images, 50 questions and 10 AMA PRA Category 1 Credits™

CPI Chest Radiology Module 2022: Online module to assess your chest imaging knowledge, comprised of examples and questions. 50 questions, 160 examples (includes CT, x-ray, PET), 8 AMA PRA Category 1 Credits™, ACCME-accredited 

• Respected organisation
• Self-paced format available for some courses
• Ability to earn AMA PRA Category 1 Credits™

• Designed for radiologists.
• Unclear how much of the self-paced courses are CT-focused
• Cost per CME is more expensive.

CPI Chest Radiology Module 2022

• 8 AMA PRA Category 1 Credits™, ACCME-accredited 
• One-time payment of 271 USD
• Price per CME:
  • 33.88 USD per CME credit
  • It’s unclear how many CME credits are specific to CT training, so the price per CME may be higher.

CPI Emergency & Trauma Imaging Module 2024

• 10 AMA PRA Category 1 Credits™, ACCME-accredited 
• One-time payment: 271 USD
• Price per CME:
  •  27.10 USD per CME credit
  • Likely higher for CME specific to CT

CPI Editor’s Choice 2026: Musculoskeletal Imaging

• 10 AMA PRA Category 1 Credits™, ACCME-accredited
• One-time payment of 363 USD
• Price per CME:
  • 36.30 USD per CME credit
  • Likely higher for CME specific to CT

CPI Neuroradiology Module 2025

• 10 AMA PRA Category 1 Credits™, ACCME-accredited
• One-time payment of 363 USD
• Price per CME: 36.30 USD per CME
  • Likely higher for computed tomography CME only

14. American Roentgen Ray Society

The American Roentgen Ray Society (ARRS) was founded in 1907 and is dedicated to advancing knowledge and skills in radiology and improving health. They offer 3 courses that include computed tomography training topics:

Imaging in the ICU: Online videos, self-paced. Covers X-ray, portable US, and CT, and provides an overview of common illnesses seen in the ICU. Designed for radiologists and radiologists in training. 4 AMA PRA Category 1 Credits™. Maintain access to course videos until 2032

Emergency Radiology: Insights from Radiology’s Front Line: Online videos, self-paced. Emergency imaging in children and adults with a focus on trauma, and career insights into training to become an Emergency Radiologist. 4 AMA PRA Category 1 Credits™

Imaging in the Emergency Department: Online videos, self-paced. Emergency imaging across organ systems. Includes a case presentation session. 8 modules and 22 AMA PRA Category 1 Credits™, ACCME-accredited

• Online, self-paced
• Respected organisation 
• Maintain access to course videos for 10 years after the course launch 
• Ability to earn AMA PRA Category 1 Credits™

• Designed for radiologists 
• Courses have expiry dates for CME
• Unclear how much of the content is CT-based 
• More expensive 

Imaging in the ICU 

• 4 AMA PRA Category 1 Credits™
• One-time payment
  • ARRS member: 295 USD
  • AARS in-training member: 149 USD
  • Nonmember: 545 USD
• Price per CME:
  • ARRS professional member who has paid for 1 year: 173.50 USD per CME, likely higher for CT-focused CME
  • Nonmember: 136.25 USD per CME, likely higher for only computed tomography CME

Emergency Radiology: Insights from Radiology’s Front Line 

• 4 AMA PRA Category 1 Credits™
• One-time payment
  • ARRS member: 295 USD
  • AARS in-training member: 149 USD
  • Nonmember: 545 USD
• Price per CME:
  • ARRS professional member who has paid for 1 year: 173.50 USD per CME, likely higher for CT-focused CME
  • Nonmember: 136.25 USD per CME, likely higher for only CT-focused CME

Imaging in the Emergency Department

• 22 AMA PRA Category 1 Credits™
• One-time payment
  • ARRS member: 695 USD
  • AARS in-training member: 349 USD
  • Nonmember: 945 USD
• Price per CME:
  • ARRS professional member who has paid for 1 year: 49.72 USD per CME, likely higher for CT-focused CME
  • Nonmember: 42.95 USD per CME, likely higher for only CT training

15. Penn Radiology

An online course designed to provide valuable lessons on a wide range of clinical presentations requiring rapid response, including chest, neuro, abdominal, and pelvic topics. This course is available on CME List, a platform that provides a comprehensive list of CME for physicians, PAs, NPs, and other clinicians from multiple providers in one place.

Acute Imaging in Emergent Settings: Designed for general radiologists in practice or training. Partial list of topics includes pulmonary embolism, atelectasis, acute lung disease, GI bleeding, cholestatic liver injury, stroke detection, neuroimaging of trauma, pelvic inflammatory disease, postoperative complications, and ectopic pregnancy. 15 AMA PRA Category 1 Credits™, accredited by ACCME

• Ability to earn AMA PRA Category 1 Credits™
• The topics are likely relevant to clinicians working in the ED
• Respected institution (Penn Medicine)

• Designed for radiologists
• More expensive
• Course is not 100% focused on CT CME

• One-time payment of 645 USD
• Price per CME:
  • 43 USD per CME for the whole course
  • If you’re only interested in computed tomography training, this price increases because only 13 hours of the content are dedicated exclusively to CT.

16. CaseStacks

CaseStacks was created by radiologists Scott Jones and Kevin Hiatt. This platform is geared towards radiology residents and fellows and provides education from introductory to advanced levels. They offer a Call Simulator to allow users to practice radiology consultations as they work through cases. 

Their platform also offers access to several AI tools including Voxel AI tutor for questions and Socratic guidance; impression generator for report impressions; differential Assistant to build differentials with citations and AI feedback for on-call simulator prelim reports 

Call Preparation Track includes X-ray, MRI, ultrasound, and CT courses. The entire Call Preparation Track is worth 91 CME points (16 CME for radiographs, 75 CME for cross-sectional imaging [CT/MRI/US])

• They offer AMA PRA Category 1 Credits™ for physicians. Non-physicians may claim credits, but must check with their certifying body to determine whether these credits will be accepted. Unclaimed earned credits do not expire on CaseStacks. There is no expiration date listed for the current course CME credits.
• There are 474 CT cases in this course
• Self-paced course
• Ability to use AI tools to help you learn
• Prices are fairly reasonable 

• The Call Preparation Track is not 100% CT-focused, and it’s unclear how many credits are specific to CT CME
• CME processing fees are in addition to the pricing as described below 
• The course appears to be a collection of cases

They offer different pricing tiers:

• Free: access to 82 cases, some AI tools, no CME
• Pro, all site access:
  • Includes 1798 cases (up to 105 CME credits)
  • All Call Preparation and Neuro Fellowship courses and assessments
  • Access to AI tools
  • Billed at 234.99 USD for 3 months, 329.99 USD for 6 months, or 469.99 USD for 12 months
• Pro, Call Preparation, Radiographs
  • 747 cases, 16 CME
  • Access to the call simulator and AI tools
  • Billed at 124.99 USD for 3 months, 179.99 USD for 6 months, or 249.99 USD for 12 months
• Pro, Call Preparation, Cross-sectional imaging
  • 23.33 USD/month
  • 660 cases, 75 CME
  • Includes US, MRI, and CT courses
  • Access to the call simulator and AI tools
  • Billed at 139.99 USD for 3 months, 199.99 USD for 6 months, or 279.99 USD for 12 months
    • If you include the CME processing fees for 75 CME credits for 3 months, this works out to 5.19 USD per CME credit, and for 12 months, this would be 7.05 USD per CME credit
    • The cost for CT-specific CME is higher, as the above numbers include US and MRI courses
• Pro, Call Preparation, all imaging
  • 1407 cases, 91 CME
  • Includes US, MRI, x-ray, and CT courses
  • Access to the call simulator and AI tools
  • Billed at 179.99 USD for 3 months, 249.99 USD for 6 months, or 399.99 USD for 12 months

CME processing fees are based on the number of credits claimed. Examples as follows:

• Up to 25 CME: 149 USD
• 26-50 CME: 199 USD
• 51-75 CME: 249 USD
• 76-100 CME: 299 USD

17. RadCast

RadCast was created by 3 clinical radiologists and provides courses and podcasts on radiology topics. They are based in the UK. Content is designed for radiology trainees. They offer one course relevant to computed tomography training:

Core Radiology Playbook. Online, self-paced. Provides essential techniques to interpret radiological images through a systematic approach. The course includes practice cases that you can see on a DICOM viewer; it includes 12 CT practice cases and 106 lessons. No CME credits.

• Online, self-paced
• Includes CT practice cases
• Although it is not designed for non-radiologists, because it is designed for radiology trainees, it could be helpful to clinicians who have less experience with CT.
• They have 150 reviews on Trustpilot, averaging 4.9/5 stars

• No CME points available 
• Not 100% focused on CT training
• Length of access after purchase is not listed

One-time payment of £99.99 (133.69 USD)

Final verdict

We found many options during our CT course search. Each computed tomography training course on this list offers something distinct, and your choice will depend on your baseline comfort with CT. Navigating Radiology is worth considering if you need a lot of CT content and purely case-based learning, with a PACS-like viewer. If you provide trauma care, a provider offering trauma-focused content, like docmedED, may work best for you.

In the end, our top pick for the best computed tomography training course online is Radiopaedia. It’s a peer-reviewed resource curated by radiologists and other clinicians worldwide. Across its 6 CT-relevant courses, you can earn 30 AMA PRA Category 1 Credits™. Since you can buy courses individually or through an all-access pass, you only pay for the material you need. Overall, their prices are affordable. The CME credits do carry expiry dates, but Radiopaedia reviews all accredited material at least every three years to keep it current. In addition, free access is available to clinicians in 125 low- and middle-income countries.

If you want a broader review of acute and diagnostic imaging alongside your CT training, Rapid Sequence Radiology’s MasterClass spans X-ray, CT, and paediatric imaging for frontline clinicians. If you are a beginner in your CT learning, Radiology Masterclass or CME Procedures may be a better fit.

Free #FOAMed resources

1. LITFL Top 100 CT scans

LITFL’s library of CT scans provides clinical cases and self-assessment problems to enhance interpretation skills through CT scan interpretation in clinical context problems. Pearls highlight the key learning points. Check out the Radiology Library for lessons, lectures, tips, and tricks in radiographic review. 

2. Radiopaedia

In addition to paid courses, Radiopaedia offers free content, including Case of the Month and Articles. 

3. CaseStacks

This provider offers a free tier with access to 82 imaging cases. Anatomy Modules are free and are labelled radiographs and scrollable CT/MRI to teach radiologic anatomy at an introductory level (medical students and junior residents).

4. Medality

Medality also offers free resources, including The Radiology Report Podcast, a weekly Noon Conference every Thursday at 12 PM ET, and a Radiology Case of the Week to challenge yourself. 

5. vRad

vRad offers free online CME but requires you to create an account. They have a vast collection of topics, including the CT modality. 

6. Radiology Café

This platform provides Radiology Basics, a free e-learning resource designed for medical students and residents.

7. Rapid Sequence Radiology 

This provider offers a few free video samples from their courses.

8. St. Emlyn’s 

St. Emlyn’s blog has articles on CT topics relevant to emergency medicine:

Additional Resources

Radiology Library

CT, X-ray, Echo, Ultrasound

MBChB (hons), BMedSci – University of Edinburgh. Living the good life in emergency medicine down under. Interested in medical imaging and physiology. Love hiking, cycling and the great outdoors.

BA MA (Oxon) MBChB (Edin) FACEM FFSEM. Emergency physician, Sir Charles Gairdner Hospital. Passion for rugby; medical history; medical education; and asynchronous learning #FOAMed evangelist. Co-founder and CTO of Life in the Fast lane | On Call: Principles and Protocol 4e| Eponyms | Books |

A customisable emergency department reference

Emergency fracture management does not end with recognising and immobilising the injury. Clinicians must also decide whether specialist review is required, where that review should occur and how urgently it should be arranged. These pathways vary considerably between hospitals.

Some departments have dedicated fracture clinics. Others rely on community orthopaedics, plastic surgery, sports medicine or primary care. Certain injuries require urgent assessment within days, while many uncomplicated fractures can be managed without routine specialist follow-up.

The Basic Fracture Treatment Quick Reference brings common fractures and related musculoskeletal injuries together on a single poster, with radiographic examples, initial immobilisation advice and important treatment cautions. The interactive PDF includes fillable dropdown and free-text fields so that each department can add its own follow-up destination, timeframe and local instructions.

This resource was developed collaboratively by Dr Damian Feldman-Kiss, Dr Brayden Griffiths and Dr Neil Long. Radiographic images were provided through Radiopaedia.org, with selected paediatric scaphoid and medial condyle images supplied by LITFL.

Open the interactive PDF to customise your department’s fracture follow-up pathways.

Image acknowledgements: Radiographic images were supplied through Radiopaedia.org, except for the paediatric scaphoid and medial condyle fracture images provided by LITFL. Full image references and attribution are included in the accompanying reference list.

Further reading

Eponymous terms referenced in the poster

1. Bennett fracture — associated with Irish surgeon Edward Hallaran Bennett (1837–1907), who described the unstable two-part intra-articular fracture-dislocation of the base of the first metacarpal in 1882
2. Rolando fracture — associated with Italian surgeon Silvio Rolando (1873–1949), who described the comminuted T- or Y-shaped intra-articular fracture of the first metacarpal base in 1910.
3. Galeazzi fracture-dislocation — associated with Italian orthopaedic surgeon Riccardo Galeazzi(1866–1952), who reported 18 cases of radial shaft fracture with distal radioulnar joint disruption in 1934. The injury pattern had been described earlier by Sir Astley Cooper.
4. Monteggia fracture-dislocation — associated with Italian surgeon Giovanni Battista Monteggia (1762–1815), who described fracture of the proximal ulna with radial head dislocation in his 1814 surgical text.
5. Essex–Lopresti injury — associated with British orthopaedic surgeon Peter Gordon Lawrence Essex-Lopresti (1916–1951), who described the combination of radial head fracture, interosseous membrane disruption and distal radioulnar joint dislocation in 1951.
6. Gartland classification — introduced by American orthopaedic surgeon John J. Gartland, who published his three-part classification of extension-type paediatric supracondylar humeral fractures in 1959.
7. Jones fracture — associated with Welsh orthopaedic surgeon Sir Robert Jones (1857–1933), who described the proximal fifth metatarsal fracture in 1902 after sustaining the injury himself while dancing
8. Lisfranc injury — associated with French surgeon Jacques Lisfranc de Saint-Martin (1787–1847), whose 1815 description of amputation through the tarsometatarsal articulation gave his name first to the joint and later to injuries disrupting it.
9. Danis–Weber classification — originally described by Belgian surgeon Robert Danis (1880-1962) and later modified and popularised by Swiss orthopaedic surgeon Bernhard Georg Weber (1927-2002).
10. Maisonneuve fracture — associated with French surgeon Jacques Gilles Maisonneuve (1809–1897).
11. Stack splint — associated with British hand surgeon Hugh Graham Stack, who published extensively on mallet finger and later described a modified splint for its treatment
12. Achilles tendon is also referenced in the poster, but is a mythonym derived from the Greek hero Achilles rather than a medical eponym

Trauma Library

Injury database

Dr Neil Long BMBS FACEM FRCEM FRCPC. Emergency Physician at Kelowna hospital, British Columbia. Loves the misery of alpine climbing and working in austere environments (namely tertiary trauma centres). Supporter of FOAMed, lifelong education and trying to find that elusive peak performance.

USMLE Step 1 is the first examination in the United States Medical Licensing Examination sequence. It assesses whether students can understand and apply the foundational sciences needed for the safe and effective practice of medicine.

Although Step 1 is reported as pass/fail, it remains an important milestone. Passing requires more than memorizing facts from review books or flashcards. Students must apply concepts from pathology, physiology, pharmacology, microbiology, and other disciplines to clinical scenarios.

This guide covers what is tested on USMLE Step 1, the current exam format, eligibility, scoring, preparation, and how students can evaluate whether they are ready to take the exam.

What Is USMLE Step 1?

USMLE Step 1 evaluates a student’s understanding of the sciences basic to medicine, with particular emphasis on the principles and mechanisms underlying health, disease, and treatment. 

Step 1 is one of three examinations in the USMLE sequence:

• USMLE Step 1: Foundational science concepts and their application to medicine
• USMLE Step 2 CK: Clinical knowledge and its application to patient care under supervision
• USMLE Step 3: Application of medical knowledge for the independent practice of medicine

Step 1 questions are generally presented through clinical vignettes. Students may need to identify a disease process and then answer a question about its underlying physiology, pathology, microbiology, or pharmacology.

The exam therefore tests more than whether you recognize a diagnosis. It examines whether you understand why the condition occurs and how the relevant scientific principles apply.

Who Is Eligible to Take USMLE Step 1?

Eligibility depends on the location and accreditation status of a student’s medical school.

Students and graduates of U.S. medical schools must generally be enrolled in or have graduated from a program accredited by the Liaison Committee on Medical Education or the Commission on Osteopathic College Accreditation.

Students and graduates of medical schools outside the United States must attend or have graduated from a school listed in the World Directory of Medical Schools as meeting the applicable eligibility requirements.

Under the service transition introduced in January 2026:

• Students and graduates of LCME- or COCA-accredited U.S. programs apply through NBME using the MyUSMLE Portal.
• Students and graduates of eligible medical schools outside the United States apply through FSMB using its USMLE portal.

Eligibility and registration requirements can change. Students should confirm their status and application route through the current USMLE application information before registering.

What Is the Current USMLE Step 1 Format?

USMLE Step 1 is a one-day examination administered at Prometric testing centers.

For exams administered on or after May 14, 2026, the format includes:

• An eight-hour testing session
• Fourteen 30-minute blocks
• Up to 20 questions per block
• Up to 280 questions overall
• A minimum of 55 minutes of break time
• A five-minute optional tutorial

The updated format replaced the previous structure of seven 60-minute blocks. The total testing-session length and maximum number of questions did not change, but questions are now divided into shorter blocks.

The number of questions in a particular block may vary. Students preparing under the current format should practice with the updated USMLE interactive testing experience to become familiar with the interface and block structure.

What Subjects Are Tested on USMLE Step 1?

Step 1 covers foundational science disciplines and organ systems, but questions are deliberately integrative. One question may be classified under more than one discipline.

According to the current USMLE content specifications, the approximate discipline ranges include:

Discipline
Approximate percentage

Pathology
45–55%

Physiology
30–40%

Nutrition
15–20%

Gross anatomy and embryology
10–20%

Microbiology
10–20%

Pharmacology
10–20%

Behavioral sciences
10–15%

Biochemistry
5–15%

Histology and cell biology
5–15%

Immunology
5–15%

Genetics
5–10%

These percentages overlap because a single question can assess multiple disciplines. They are also subject to change and should not be interpreted as a prediction of an individual examination.

USMLE Step 1 content is also organized by organ system, including:

• Cardiovascular system
• Respiratory system
• Renal and urinary system
• Gastrointestinal system
• Reproductive and endocrine systems
• Nervous system and special senses
• Musculoskeletal system
• Skin and subcutaneous tissue
• Immune system
• Blood and lymphoreticular system
• Multisystem processes and disorders
• Behavioral health
• Biostatistics, epidemiology, and population health

The USMLE program introduced enhanced nutrition science content across all three Step examinations beginning in June 2026. Students should make sure the resources they use reflect the current USMLE Step 1 content outline.

What Types of Questions Appear on Step 1?

Most Step 1 questions use a single-best-answer multiple-choice format. Students are presented with a clinical scenario followed by several possible answers.

A question may ask you to identify:

• The most likely diagnosis
• The mechanism responsible for a condition
• An expected laboratory or physiologic change
• A medication’s mechanism of action
• A medication’s adverse effect
• The affected anatomical structure
• The responsible microorganism
• A pattern of genetic inheritance
• A relevant biochemical pathway
• The interpretation of research or statistical data

Step 1 questions often require several reasoning steps.

For example, a question may describe a patient with reduced cardiac output. The student must first recognize heart failure, understand the resulting decrease in renal perfusion, and then predict activation of the renin-angiotensin-aldosterone system.

A student who memorized the symptoms of heart failure but did not understand its physiologic consequences may struggle with that question.

Is USMLE Step 1 Pass/Fail?

Yes. USMLE Step 1 results have been reported as pass/fail for examinations taken on or after January 26, 2022.

Students no longer receive a three-digit Step 1 score for residency programs. Official transcripts display a “Pass” or “Fail” result.

This change does not mean that preparation should focus only on reaching the lowest possible passing level. A strong foundation in Step 1 material supports later clinical learning and Step 2 CK preparation. Students performing close to the minimum passing standard may also be more vulnerable to changes in question difficulty, testing conditions, fatigue, or anxiety.

The pass/fail system should therefore change how students interpret their results, not eliminate the need for careful preparation.

How Difficult Is USMLE Step 1?

Step 1 is challenging because of the amount of material covered and the level at which students must apply it.

Several factors contribute to its difficulty:

The content is integrated

Students are not tested on isolated disciplines in separate sections. A single vignette may combine pathology, physiology, microbiology, and pharmacology.

Questions test application

Recognizing a familiar term is not enough. Students may need to apply a principle to a presentation they have never seen before.

The exam requires sustained concentration

Step 1 is administered over an eight-hour testing session. Even students with strong foundational knowledge can make errors when their concentration and pacing decline.

Answer choices are designed to be plausible

Several options may relate to the condition described. Students must distinguish between an associated fact and the answer that most directly addresses the question.

Individual weaknesses may remain hidden

Passive review can create a sense of familiarity without demonstrating whether the student can retrieve and apply information independently.

For these reasons, Step 1 preparation should combine content review, practice questions, self-assessments, and realistic exam simulation.

When Should You Take USMLE Step 1?

There is no single ideal date for every student. Many students take Step 1 after completing the foundational science portion of medical school. However, exact timing differs among institutions and may be affected by curriculum structure, clinical rotation requirements, and school-specific deadlines.

Before selecting a date, consider:

• Your medical school’s required timeline
• Completion of the relevant foundational curriculum
• Your performance on practice questions
• Your results across NBME self-assessments
• The amount of uninterrupted study time available
• Personal or academic responsibilities
• Testing-center availability

Choosing a date based only on how long other students studied can be misleading. Readiness is better evaluated through objective performance and the consistency of that performance.

How Long Should You Study for Step 1?

The appropriate study period depends on your starting point. Students with a strong foundation may need a shorter dedicated period. Students with persistent content gaps, inconsistent question performance, or a previous unsuccessful attempt may require more time.

Factors affecting preparation length include:

• Performance during preclinical coursework
• Baseline self-assessment results
• Previous exposure to Step 1-style questions
• Study efficiency
• The number of hours available each day
• The need to balance Step 1 with school responsibilities
• The size and nature of identified weaknesses

A longer study period is not automatically better. Extending preparation without changing an ineffective strategy may increase fatigue without improving performance.

Your timeline should include checkpoints. If your assessment results are not improving, review your process before simply adding more weeks.

How to Prepare for USMLE Step 1

An effective plan should be individualized, but most Step 1 study strategies include the following components.

1. Review the official content outline

Use the official outline to understand the scope of the exam. This can help prevent overinvesting in a favorite subject while neglecting other tested areas.

The outline should guide your coverage, but it is not a study schedule. You still need to determine which areas require the most attention based on your performance.

2. Establish a baseline

Take an assessment early enough for the result to shape your plan.

A baseline can help identify:

• Strong and weak organ systems
• Weak foundational disciplines
• Whether knowledge gaps are broad or concentrated
• How far your current performance is from your target level of readiness

A low baseline is not a final outcome. Its purpose is to provide direction.

3. Create a realistic study schedule

Your schedule should account for:

• Content review
• Practice questions
• Question review
• Self-assessments
• Targeted remediation
• Breaks and recovery
• Personal and academic responsibilities

Avoid creating a schedule that assumes every day will be equally productive. Build in flexibility for difficult topics, slower question reviews, and unexpected interruptions.

4. Prioritize active learning

Reading, watching lectures, and reviewing notes can help clarify difficult concepts, but they should not make up your entire study plan.

Active learning may include:

• Answering questions without consulting notes
• Explaining a concept in your own words
• Drawing a pathway from memory
• Comparing similar diseases
• Predicting physiologic changes
• Using spaced retrieval for information that requires memorization

A 2023 systematic review of health professions education found that distributed and retrieval practice generally improved academic performance, although the included studies varied in design and quality.

The practical lesson is not that one specific study tool guarantees a pass. It is that repeatedly retrieving and applying information should be part of your preparation.

5. Begin practice questions before you finish content review

You do not need to know every Step 1 topic before answering questions.

Early in preparation, system-based questions in tutor mode can reinforce the material you are learning. Later, mixed and timed blocks help you practice selecting the relevant concept without knowing the subject in advance.

As the exam approaches, practice should increasingly reflect actual testing conditions.

For a more detailed strategy, link this section to EMP’s separate guide on how to use USMLE Step 1 practice questions effectively.

6. Review the reason behind each mistake

An incorrect answer does not always indicate a knowledge gap.

Common causes include:

• Missing foundational knowledge
• Knowing the concept but failing to apply it
• Misinterpreting a clue
• Confusing similar diagnoses
• Misreading the final question
• Changing a well-supported answer
• Spending too much time on difficult questions

Categorizing mistakes makes review more useful. A knowledge problem requires content remediation. A timing problem requires a different intervention.

7. Track patterns over time

One weak block should not determine your entire study plan. Look for repeated patterns across several blocks and assessments.

Ask:

• Which systems remain consistently weak?
• Are you missing physiology or pathology questions across multiple systems?
• Do you perform differently on targeted and mixed blocks?
• Does accuracy decline later in a block?
• Are the same test-taking errors recurring?

Review these patterns weekly and use them to set priorities for the following week.

8. Use self-assessments strategically

The NBME Comprehensive Basic Science Self-Assessment, or CBSSA, is designed to measure progress and help students gauge readiness for Step 1.

Current NBME reports provide:

• An equated percent correct score
• An estimated probability of passing Step 1
• Performance by content area
• Question-level feedback
• Time spent per question
• Answer rationales
• Trends across multiple self-assessments

Self-assessments should be spaced throughout preparation so that each result can inform the next stage of your plan.

How Do You Know If You Are Ready for Step 1?

No single question-bank percentage or self-assessment result can guarantee that you will pass. NBME explicitly notes that an estimated probability of passing is not a guarantee of future Step 1 performance. Knowledge can change, and exam-day factors can affect the result.

A readiness decision should consider several indicators:

• Performance across multiple recent NBME self-assessments
• Whether your scores are improving, stable, or declining
• Distance from the low-pass range
• Consistency across content areas
• Performance on new mixed question blocks
• Ability to finish blocks within the allotted time
• Endurance across a realistic simulation
• Guidance from your medical school or academic advisor

One result that barely crosses a threshold may be less reassuring than a consistent pattern across several assessments.

If your results are close to the passing standard, avoid making the decision based on optimism alone. Examine the likely score range, performance trajectory, and remaining weaknesses.

How to Use Official Step 1 Practice Materials

The USMLE provides more than 100 official Step 1 sample questions in PDF and interactive formats.

These materials can help you:

• Review official item formats
• Become familiar with the current software
• Practice the 30-minute block structure
• Test navigation features
• Evaluate pacing
• Reduce uncertainty about the test-day interface

Official samples are valuable, but they are not designed to predict the precise content of an individual examination. They should complement a broader question bank and NBME self-assessments.

Students can access the current official Step 1 sample questions and interactive test through the USMLE website.

Common USMLE Step 1 Study Mistakes

Using too many resources

Collecting several question banks, lecture series, review books, and flashcard decks can make preparation less focused.

A smaller number of well-chosen resources used thoroughly is generally more manageable than several incomplete resources.

Delaying questions until dedicated study

Students who wait until they have “learned everything” lose opportunities to practice applying concepts throughout their coursework.

Measuring progress only by study hours

Time spent studying does not necessarily reflect learning. Question performance, self-assessment results, and the ability to explain concepts provide more useful feedback.

Memorizing questions

Remembering that a specific vignette had a particular answer does not demonstrate transferable understanding. Focus on why the answer is correct and how the concept might appear differently.

Avoiding weak areas

Repeatedly reviewing comfortable subjects may increase confidence without addressing the topics most likely to interfere with passing.

Ignoring fatigue

An unsustainable schedule can reduce concentration and make question review less effective. Sleep, breaks, nutrition, and recovery should be treated as components of preparation.

Relying on a single self-assessment

One result offers limited information. A trend across multiple assessments provides a more complete view of progress and consistency.

What Happens If You Fail USMLE Step 1?

A failed Step 1 attempt is significant, but it does not automatically end a student’s path to becoming a physician.

The first step is to evaluate the result carefully and identify what contributed to it. Possible factors include:

• Broad content deficiencies
• Weaknesses in specific disciplines
• Inadequate question review
• Poor timing or endurance
• Test anxiety
• Personal or health-related circumstances
• Taking the exam before performance was consistently ready

The USMLE currently permits a maximum of four attempts per Step. Examinees may not take the same Step more than three times within 12 months. A fourth attempt must be at least 12 months after the first attempt and at least six months after the most recent attempt.

Because policies can change and consequences may vary by medical school or licensing authority, students should review the current USMLE eligibility and retake rules.

A retake plan should not simply repeat the original schedule. It should address the specific knowledge, reasoning, timing, or personal factors that affected the first attempt.

Frequently Asked Questions About USMLE Step 1

Is USMLE Step 1 still scored?

Step 1 has been reported as pass/fail for examinations administered on or after January 26, 2022. Students no longer receive a three-digit score for these administrations.

How many questions are on USMLE Step 1?

The exam includes up to 280 questions. Under the format introduced in May 2026, the questions are divided into fourteen 30-minute blocks, with no more than 20 questions in a block.

How long is the Step 1 exam?

USMLE Step 1 is administered in one eight-hour testing session. This includes test blocks, break time, and an optional tutorial.

What subjects are most heavily tested?

Pathology and physiology have the largest listed discipline ranges, but Step 1 questions are integrative. Students should not ignore lower-percentage disciplines because they may appear within questions involving multiple subjects.

Is Step 1 required for medical licensure?

Step 1 is part of the USMLE sequence used for medical licensure in the United States. Exact licensing and certification requirements depend on the applicant’s educational background and the relevant authority.

When should I begin studying for Step 1?

Students can begin building Step 1-relevant knowledge during their foundational medical school curriculum. More structured preparation should be based on the school’s schedule, the student’s baseline performance, and the planned exam date.

How many times can you take USMLE Step 1?

The total attempt limit is currently four. Additional restrictions govern how frequently the same Step can be attempted within a 12-month period.

How quickly are Step 1 results released?

Results are typically available within two to four weeks, although the USMLE program advises allowing at least eight weeks in case reporting is delayed.

What is the best way to prepare for Step 1?

There is no single strategy that works for every student. Most effective plans combine targeted content review, active retrieval, practice questions, error analysis, NBME self-assessments, and realistic timed practice.

Final Thoughts

USMLE Step 1 remains an important test of whether students can apply foundational science concepts to medicine. Its pass/fail reporting system has changed how results are presented, but not the need for a strong, evidence-informed preparation strategy.

Begin by understanding the exam’s current content and format. Use objective assessments to identify your starting point, build a realistic schedule, incorporate questions early, and adjust your plan according to performance rather than study time alone.

As the exam approaches, readiness should be evaluated through consistent results across multiple assessments, not one question-bank percentage or a single good testing day.

If you are unsure how to interpret your performance or structure your preparation, one of our experienced Step 1 tutors can help identify recurring weaknesses and develop a study plan based on your timeline, learning needs, and assessment results.

USMLE Step 1 sample questions provide an early look at how foundational science is tested through clinical scenarios. They can help you become familiar with question structure, practice identifying relevant clues, and evaluate whether you can apply what you have learned.

However, answering Step 1 questions requires more than recalling a diagnosis or memorizing a fact. A single question may combine physiology, pathology, pharmacology, and clinical reasoning. Understanding how those elements fit together is essential for approaching unfamiliar cases.

The original USMLE Step 1 example questions below illustrate several commonly tested reasoning patterns. Each includes an answer and explanation to help you evaluate both your medical knowledge and your approach.

Important: The questions in this article are original educational examples created by Elite Medical Prep. They are not official USMLE or NBME questions and are not intended to predict the content of an individual examination.

What Do USMLE Step 1 Questions Test?

Step 1 assesses whether an examinee can understand and apply foundational science concepts relevant to medicine.

According to the official USMLE content specifications, approximately 60–70% of Step 1 questions assess the application of foundational science concepts. Another 20–25% assess diagnosis-related competencies.

The questions are deliberately integrative. A vignette may begin with a patient presentation but ultimately ask about:

• A disease mechanism
• A physiologic change
• A medication’s mechanism of action
• A microorganism
• A biochemical pathway
• An anatomical structure
• A genetic inheritance pattern
• Interpretation of experimental data

Pathology and physiology are especially prominent. The official outline estimates that pathology appears in approximately 45–55% of Step 1 content, while physiology appears in approximately 30–40%. These percentages overlap because one question may assess several disciplines.

This integration explains why students can understand a topic during content review but still struggle to answer a question about it.

USMLE Step 1 Sample Question 1: Cardiovascular Physiology

A 72-year-old man comes to the emergency department because of worsening shortness of breath and difficulty breathing while lying flat. Physical examination shows distended neck veins, bilateral pulmonary crackles, and pitting edema of both ankles. Echocardiography shows a reduced left ventricular ejection fraction.

Which of the following changes is most likely to occur as a compensatory response to this patient’s condition?

1. A. Decreased sympathetic nervous system activity
   B. Decreased renin release from the kidneys
   C. Increased sodium excretion by the kidneys
   D. Increased systemic vascular resistance
   E. Increased renal blood flow

Correct answer: D. Increased systemic vascular resistance

Explanation

This patient has findings consistent with heart failure with reduced ejection fraction. Reduced cardiac output activates compensatory mechanisms intended to preserve blood pressure and organ perfusion.

Decreased arterial pressure stimulates the sympathetic nervous system, producing vasoconstriction and increasing systemic vascular resistance. Reduced renal perfusion also activates the renin-angiotensin-aldosterone system, promoting sodium and water retention.

Although these responses initially support blood pressure, they can increase cardiac workload and contribute to the progression of heart failure.

The other choices describe changes opposite to those expected. Sympathetic activity and renin release increase, while renal blood flow and sodium excretion generally decrease.

Reasoning takeaway

When a question describes reduced cardiac output, consider how the sympathetic nervous system and kidneys respond to perceived low circulating volume.

USMLE Step 1 Sample Question 2: Microbiology and Immunology

A 21-year-old college student comes to the emergency department because of fever, severe headache, neck stiffness, and confusion. Cerebrospinal fluid analysis shows increased opening pressure, elevated neutrophils, increased protein, and decreased glucose. Gram stain shows gram-negative diplococci.

The organism’s ability to avoid phagocytosis is primarily due to which of the following?

1. A. A polysaccharide capsule
   B. An exotoxin that inhibits protein synthesis
   C. Intracellular survival within macrophages
   D. Production of coagulase
   E. Variation of surface glycoproteins

Correct answer: A. A polysaccharide capsule

Explanation

The presentation is consistent with bacterial meningitis caused by Neisseria meningitidis, a gram-negative diplococcus associated with outbreaks among people living in close quarters.

Its polysaccharide capsule is an important virulence factor because it inhibits phagocytosis. Antibodies directed against the capsule facilitate complement activation and bacterial clearance.

The other mechanisms are associated with different pathogens. Coagulase production, for example, is characteristic of Staphylococcus aureus, while intracellular survival within macrophages is important for several intracellular organisms.

Reasoning takeaway

When identifying a microbial virulence factor, connect the organism’s structure to the immune mechanism it must overcome.

USMLE Step 1 Sample Question 3: Pharmacology

A 64-year-old woman with hypertension begins treatment with a new medication. Two weeks later, she reports a persistent dry cough. Her physician explains that the cough is related to reduced breakdown of a vasoactive peptide.

Which of the following substances has most likely accumulated?

1. A. Aldosterone
   B. Angiotensin I
   C. Angiotensin II
   D. Bradykinin
   E. Renin

Correct answer: D. Bradykinin

Explanation

A persistent dry cough after beginning hypertension treatment suggests the patient is taking an angiotensin-converting enzyme inhibitor.

Angiotensin-converting enzyme contributes to both the conversion of angiotensin I to angiotensin II and the breakdown of bradykinin. Inhibiting the enzyme therefore decreases angiotensin II production while increasing bradykinin.

Bradykinin accumulation is associated with cough and can also contribute to angioedema.

Renin and angiotensin I may also increase because of reduced negative feedback, but bradykinin accumulation most directly explains the adverse effect described.

Reasoning takeaway

For pharmacology questions, do not stop after identifying the medication. Follow its mechanism to the physiologic effect or adverse reaction being tested.

USMLE Step 1 Sample Question 4: Biochemistry and Genetics

A 7-month-old boy is evaluated because of developmental delay, poor muscle tone, and an exaggerated startle response. Funduscopic examination shows a cherry-red spot on the macula. Laboratory testing shows accumulation of GM2 ganglioside.

Deficiency of which of the following enzymes is the most likely cause?

1. A. Arylsulfatase A
   B. Galactocerebrosidase
   C. Hexosaminidase A
   D. Sphingomyelinase
   E. β-glucocerebrosidase

Correct answer: C. Hexosaminidase A

Explanation

Developmental regression, hypotonia, an exaggerated startle response, a cherry-red macula, and GM2 ganglioside accumulation are characteristic of Tay-Sachs disease.

Tay-Sachs disease results from hexosaminidase A deficiency. The enzyme deficiency causes GM2 ganglioside to accumulate within neurons, leading to progressive neurodegeneration.

A cherry-red macula may also occur in Niemann-Pick disease, which is caused by sphingomyelinase deficiency. Hepatosplenomegaly, however, is more characteristic of Niemann-Pick disease and is generally absent in Tay-Sachs disease.

Reasoning takeaway

When several lysosomal storage diseases share one finding, look for the clinical feature that distinguishes them rather than relying on a single clue.

USMLE Step 1 Sample Question 5: Renal Physiology

A healthy volunteer receives an intravenous infusion of a substance that is freely filtered at the glomerulus and is neither reabsorbed nor secreted by the renal tubules.

The clearance of this substance provides the best estimate of which of the following?

1. A. Filtration fraction
   B. Glomerular filtration rate
   C. Effective renal plasma flow
   D. Renal blood flow
   E. Urine flow rate

Correct answer: B. Glomerular filtration rate

Explanation

A substance that is freely filtered but neither reabsorbed nor secreted has a clearance equal to the glomerular filtration rate.

Inulin most closely meets these criteria and is therefore considered a reference substance for measuring glomerular filtration rate. Creatinine clearance is more commonly used clinically, although tubular secretion causes it to slightly overestimate the true glomerular filtration rate.

Effective renal plasma flow is estimated using a substance that is both filtered and strongly secreted, such as para-aminohippuric acid.

Reasoning takeaway

Renal clearance questions become easier when you first determine what happens to the substance at the glomerulus and along the renal tubule.

USMLE Step 1 Sample Question 6: Pathology

A 58-year-old man with a long history of gastroesophageal reflux undergoes upper endoscopy. Biopsy of the distal esophagus shows columnar epithelium with goblet cells.

This finding is best described as which of the following cellular adaptations?

1. A. Dysplasia
   B. Hyperplasia
   C. Hypertrophy
   D. Metaplasia
   E. Neoplasia

Correct answer: D. Metaplasia

Explanation

The biopsy demonstrates Barrett esophagus, in which the normal stratified squamous epithelium of the distal esophagus is replaced by intestinal-type columnar epithelium.

This is an example of metaplasia: a reversible change in which one mature cell type is replaced by another mature cell type better able to tolerate the environmental stress.

Barrett esophagus increases the risk of esophageal adenocarcinoma. However, metaplasia itself is not the same as dysplasia or cancer.

Reasoning takeaway

Questions about cellular adaptation often test the difference between a protective response to chronic stress and the progression toward disordered or malignant growth.

USMLE Step 1 Sample Question 7: Biostatistics

Researchers develop a screening test for a disease. They lower the threshold at which the result is considered positive.

Assuming no other changes to the test, which of the following is most likely to occur?

1. A. Decreased sensitivity and decreased specificity
   B. Decreased sensitivity and increased specificity
   C. Increased sensitivity and decreased specificity
   D. Increased sensitivity and increased specificity
   E. No change in sensitivity or specificity

Correct answer: C. Increased sensitivity and decreased specificity

Explanation

Lowering the threshold for a positive result causes more people to test positive. This includes more patients who truly have the disease, increasing sensitivity.

However, it also causes more patients without the disease to receive positive results. The number of false-positive results therefore rises, decreasing specificity.

This tradeoff is commonly represented by a receiver operating characteristic curve.

Reasoning takeaway

When a diagnostic threshold changes, think about which group becomes larger: the group classified as positive or the group classified as negative.

What These Step 1 Example Questions Demonstrate

Although these examples cover different subjects, they use several recurring Step 1 reasoning patterns:

• Identifying a diagnosis and connecting it to a mechanism
• Predicting a physiologic response
• Linking a medication to an enzyme, pathway, or adverse effect
• Distinguishing diseases with overlapping presentations
• Applying a scientific principle to an unfamiliar scenario
• Interpreting how a change affects a measurable outcome

When reviewing USMLE Step 1 example questions, identify the reasoning process required, not only the fact needed to select the answer.

For example, the heart failure question does not simply ask for a diagnosis. It requires the student to identify the condition, recognize the resulting decrease in cardiac output, and predict the compensatory response.

That additional step is where many students encounter difficulty.

How to Approach a Step 1 Example Question

A consistent approach can make long or unfamiliar vignettes more manageable.

1. Identify what the question is asking

Read the final sentence carefully. Determine whether you need to identify:

• A diagnosis
• A mechanism
• A physiologic change
• A medication
• A microorganism
• A laboratory finding
• A complication
• An anatomical structure

Knowing the task helps you decide which information in the vignette is relevant.

2. Summarize the case

Before reading the answer choices closely, reduce the vignette to a short problem representation.

For example:

Older patient with reduced ejection fraction and signs of volume overload.

This is easier to reason through than repeatedly rereading the complete vignette.

3. Identify the tested concept

Ask what relationship the question appears to assess. Is it testing heart failure compensation, a drug mechanism, inheritance, microbial virulence, or another foundational principle?

4. Predict the answer

When possible, form an answer before carefully comparing the choices. This reduces the risk of selecting an option simply because it sounds familiar.

5. Eliminate choices for specific reasons

Do not eliminate an answer because it “doesn’t seem right.” Identify the exact clinical or scientific reason it is incorrect.

This process helps distinguish between a knowledge gap and a reasoning error when you review the question.

Where to Find the Official USMLE Step 1 Sample Test

Students should include official materials in their preparation.

The USMLE program currently provides more than 100 official Step 1 sample questions. These are available as a PDF and through an interactive testing experience.

Students testing on or after May 14, 2026, should use the updated interactive experience. The current examination includes:

• An eight-hour testing session
• Fourteen 30-minute blocks
• Up to 280 questions

The official USMLE Step 1 sample questions can help students become familiar with item style and the current testing interface.

However, the USMLE Step 1 sample test should not be treated as a prediction of the questions that will appear on an individual exam. The official materials illustrate question formats and overall content, but they do not represent every topic that may be tested.

Step 1 Sample Tests vs. Question Banks vs. NBME Self-Assessments

These resources serve related but different purposes.

Resource
Primary purpose

Official USMLE sample questions
Become familiar with official item style and the test interface

Commercial question bank
Learn and reinforce concepts through repeated question practice

NBME self-assessment
Measure progress and estimate readiness for Step 1

Full-length exam simulation
Practice timing, concentration, breaks, and endurance

A commercial question bank usually provides a larger volume of questions and more detailed teaching explanations. It is primarily a learning tool.

The NBME Comprehensive Basic Science Self-Assessment provides performance by content area, an equated percent correct score, and an estimated probability of passing Step 1. These results can help students monitor progress and make informed decisions about readiness.

The official sample test is especially useful for learning how the current examination looks and functions. It should complement, not replace, question-bank practice and formal self-assessments.

How to Review USMLE Step 1 Sample Questions

Review every incorrect answer and every correct answer that involved uncertainty or guessing.

For each question, ask:

• What concept was being assessed?
• Which details were essential?
• Why did I choose my answer?
• Why was the correct answer better?
• Was my mistake caused by knowledge, application, interpretation, or timing?
• Could I answer the question if the presentation changed?

Avoid memorizing the wording of individual questions. The objective is to recognize the underlying relationship in a new context.

If you miss a question about heart failure compensation, for example, do not memorize that “heart failure means increased systemic vascular resistance.” Review why reduced cardiac output activates the sympathetic nervous system and how that response affects preload, afterload, and renal function.

When Should You Take a USMLE Step 1 Sample Test?

Official sample materials are often most useful after you have established a foundation and completed substantial question-based study.

Using the interactive sample test closer to your exam can help you:

• Learn the current testing interface
• Practice moving between questions
• Become familiar with 30-minute blocks
• Evaluate your pacing
• Identify distracting test-taking habits
• Reduce uncertainty about the exam-day experience

Do not rely on performance on the official sample materials alone to determine readiness. Consider your results across NBME self-assessments, new question-bank blocks, and other measures recommended by your medical school or academic advisor.

Frequently Asked Questions

Are these official USMLE Step 1 sample questions?

No. The example questions in this article are original educational questions created to demonstrate common Step 1 reasoning patterns. Official questions are available through the USMLE website.

Where can I find the official USMLE Step 1 sample test?

The official USMLE website provides more than 100 sample questions in PDF and interactive formats. Students testing under the updated 2026 format should use the current interactive testing experience.

Are USMLE Step 1 sample questions the same as NBME questions?

No. Official USMLE sample questions demonstrate Step 1 item formats and the testing experience. NBME Comprehensive Basic Science Self-Assessments are separate assessments designed to measure progress and help gauge exam readiness.

How many questions are on the USMLE Step 1 exam?

Under the format introduced on May 14, 2026, Step 1 includes up to 280 questions divided into fourteen 30-minute blocks during an eight-hour testing session.

How should I review Step 1 example questions?

Review why the correct answer is correct, why the alternatives are incorrect, and what caused any mistake. Focus on the underlying concept rather than memorizing the individual question.

Can sample questions predict whether I will pass Step 1?

A short set of sample questions cannot reliably determine readiness. Students should consider performance across NBME self-assessments, question-bank trends, timing, and other indicators recommended by their medical school.

Final Thoughts

USMLE Step 1 sample questions can show you how foundational science concepts appear in clinical vignettes. They can also help you become more comfortable with the structure, reasoning demands, and current format of the examination.

The greatest value comes from reviewing the reasoning behind each answer. Instead of asking only whether you selected the correct option, determine which clue mattered, what concept was tested, and how the same principle could appear in a different case.

If you are consistently completing Step 1 questions but cannot identify why your performance has stalled, individualized support may help. Elite Medical Prep’s Step 1 tutors can evaluate your question-block performance, identify recurring gaps, and create a study strategy based on your timeline and assessment results.

The exam format and content details in this draft are based on the current USMLE exam resources, Step 1 content specifications, and NBME Comprehensive Basic Science Self-Assessment guidance.

BCVI: clinical approach

Blunt cerebrovascular injury (BCVI) is frequently clinically silent until cerebral ischaemia develops. Screen patients with clinical evidence of vascular injury or an appropriate high-risk injury pattern using CT angiography.

Classify confirmed injuries using the Biffl scale and commence antithrombotic therapy as soon as the competing risk of traumatic haemorrhage permits. Repeat vascular imaging according to local protocol, with early involvement of trauma, stroke and neurointerventional specialists for symptomatic, progressive or high-grade injuries.

The following local pathway is based on the Expanded Denver screening criteria and adapted to the imaging resources available at Kelowna General Hospital.

Overview

Blunt cerebrovascular injury encompasses non-penetrating traumatic injury to the carotid or vertebral arteries. Lesions include intimal injury or dissection, intramural haematoma, pseudoaneurysm, occlusion and complete transection. BCVI is identified in approximately 1–3% of patients with blunt trauma, with substantially higher rates among selected high-risk populations.

For most patients, the principal danger is not immediate haemorrhage but delayed cerebral ischaemia caused by thrombosis, distal embolisation or progressive vessel occlusion. Stroke commonly occurs during the first 72 hours after injury and may precede focal neurological or overt vascular signs. Structured screening increases detection, while early antithrombotic treatment is associated with substantially lower rates of stroke and mortality than no treatment.

Mechanism, anatomy and clinical clues

Blunt cerebrovascular injury results from stretching, compression or direct disruption of the carotid or vertebral arterial wall. Hyperextension and rotation may tether the distal internal carotid artery against the upper cervical vertebrae, while flexion, distraction and rotational forces may injure the vertebral artery as it traverses the transverse foramina. Direct neck trauma, intraoral injury and fractures involving the skull base or cervical spine provide additional mechanisms.

Cervical course of the internal carotid and vertebral arteries. Chaibi 2019

The extracranial internal carotid artery is particularly vulnerable where it is relatively mobile and less well protected in the upper neck. The vertebral artery is at greatest risk where it passes through the cervical transverse foramina and around the upper cervical spine. Cervical spine fractures, subluxation and ligamentous injury are therefore important markers of vertebral artery injury.

Hyperflexion and hyperextension may stretch the upper cervical internal carotid artery, predisposing to intimal injury or dissection.

Clinical presentation

Most BCVIs are clinically occult at the time of initial trauma assessment. Intimal injury may initially cause little luminal obstruction, with neurological manifestations developing later through thrombosis, distal embolisation or progressive vessel occlusion. Associated traumatic brain injury, sedation, intoxication and distracting injuries may further obscure the presentation.

When symptoms or signs are present, they may suggest anterior or posterior circulation ischaemia, but no individual finding can confirm or exclude BCVI. Clinical manifestations localise the affected circulation more reliably than they identify the precise injured vessel.

Suspected circulationLocal or early symptomsNeurological manifestationsCarotid / anterior circulationHeadache; facial or neck painPartial Horner syndrome; monocular visual loss or retinal ischaemia; contralateral weakness or sensory loss; aphasia with dominant-hemisphere ischaemia; neglect with non-dominant hemisphere involvement; cranial nerve palsyVertebral / posterior circulationOccipital headache; posterior neck pain; vertigo or dizziness; nausea or vomitingDiplopia; dysarthria; dysphagia; ataxia; nystagmus; facial sensory disturbance; limb weakness or sensory loss; visual-field disturbance; altered consciousness

Clinical findings that should prompt immediate CTA include

• suspected arterial haemorrhage from the neck, mouth or nose;
• an expanding cervical haematoma;
• a cervical bruit in a younger patient;
• Horner syndrome;
• focal neurological deficit;
• vertebrobasilar symptoms;
• or cerebral infarction unexplained by the initial injury pattern.

Who should undergo screening?

Patients with clinical evidence of BCVI should undergo urgent vascular imaging, usually CT angiography, once immediate resuscitation and haemorrhage control have been addressed. In patients without overt vascular or neurological signs, screening is guided by the mechanism and associated injury pattern.

For rapid recall, the Expanded Denver criteria fall into three broad groups:

• Vascular or neurological signs: arterial bleeding, cervical bruit, expanding haematoma, Horner syndrome, unexplained focal neurological deficit or stroke.
• Head and neck injury: facial, mandibular, skull-base or cervical spine injury; near hanging, clothesline injury or significant direct neck trauma.
• Markers of high-energy multisystem trauma: severe traumatic brain injury and major upper thoracic, cardiac or thoracic vascular injury.

The complete checklist should still be consulted when deciding whether CTA is indicated.

Expanded Denver screening criteria

Perform CTA when any clinical sign or symptom of BCVI is present, or following a high-energy transfer mechanism when at least one associated risk factor is present.

Clinical signs or symptoms
Urgent CTASuspected arterial haemorrhage from the neck, nose or mouthCervical bruit in a patient younger than 50 yearsExpanding cervical haematomaFocal neurological deficit, including Horner syndrome, transient ischaemic attack, hemiparesis or vertebrobasilar symptomsNeurological examination not explained by the initial brain imagingStroke demonstrated on CT or MRIHigh-energy mechanism
plus ≥1 associated injury Screening CTALe Fort II or III fractureMandibular fractureComplex skull, skull-base or occipital condyle fractureCervical spine fracture, subluxation or ligamentous injury at any levelSevere traumatic brain injury with GCS Near hanging with anoxic brain injuryClothesline injury or cervical seatbelt abrasion with significant swelling, pain or altered mental statusTraumatic brain injury with thoracic injuryScalp deglovingUpper rib fractureThoracic vascular injuryBlunt cardiac rupture

Clinical pitfall: An isolated cervical seatbelt mark, in the absence of abnormal examination findings or another screening criterion, is not by itself a sufficient indication for BCVI imaging. Neck pain, swelling, haematoma, neurological abnormality or an associated high-risk injury changes that assessment.

The limits of selective screening

Even the Expanded Denver criteria miss some injuries. In a 2023 multi-institutional retrospective cohort of 433 patients with confirmed BCVI identified under liberal screening protocols, retrospective application of the Denver criteria would have missed 30.5% of injuries, while the Expanded Denver criteria would have missed 34.6%. The investigators advocated CTA of the head and neck whenever head and neck CT was already being performed.

These results have increased interest in liberal or universal screening, but they do not settle the question. The study examined patients already known to have BCVI rather than prospectively comparing screening strategies across an unselected trauma population. It therefore demonstrates the limitations of selective criteria among confirmed cases, but does not fully quantify false-positive findings, additional radiation, contrast exposure, downstream investigation or resource use. The balance between missed injury and over-imaging remains unresolved

How the screening criteria evolved

BCVI screening criteria evolved through successive attempts to identify clinically occult injury without subjecting every patient with blunt trauma to vascular imaging.

Memphis

The Memphis group associated BCVI with cervical spine fracture, unexplained neurological deficit, Horner syndrome, Le Fort II or III fracture, skull-base injury involving the carotid canal and significant soft-tissue injury to the neck.

In the original 2002 cohort, the screening protocol identified 79% of carotid artery injuries before the onset of cerebral ischaemia. Five carotid injuries were missed, but no consistent additional injury pattern emerged that could readily be incorporated into the criteria. All vertebral artery injuries in the cohort were identified before ischaemia developed.

ConditionCarotid Artery
Injury RateVertebral Artery
Injury RateCervical Spine fracture (n=109)6 (5%)36 (33%)Neck Haematoma (n=28)5 (18%)2 (7%)Facial Fracture (n=28)3 (11%)2 (7%)Horner’s syndrome (n=20)2 (10%)1 (5%)Neuro exam incompatible with brain imaging (n=19)6 (31%)3 (16%)Basilar skull fracture (n=10)3 (30%)0 (0%)Petrous bone fracture (n=16)1 (6%)0 (0%)Table. Yield of individual screening findings in the original Memphis cohort. Bold values identify the highest observed injury rates; italics indicate criteria retained in the 2010 Modified Memphis criteria.

Historical note: In the original Denver derivation cohort, the estimated risk of carotid injury was 41% when at least one of four identified risk factors accompanied a high-risk mechanism, increasing to 93% when all four were present. These figures should not be treated as contemporary individual risk estimates.

Denver

The Denver group used trauma cohorts and multivariable analysis to identify clinical and anatomical predictors of carotid and vertebral injury. Early predictors of carotid injury included severe traumatic brain injury, petrous bone fracture, diffuse axonal injury and Le Fort II or III fracture, while cervical spine fracture was the principal predictor of vertebral artery injury.

These early criteria improved case detection but still failed to identify a clinically important proportion of injuries. Subsequent Denver revisions therefore broadened the range of cervical spine, facial, cranial and multisystem trauma patterns prompting CTA.

Expanded Denver and liberal screening

The Expanded Denver criteria incorporated broader categories of cervical spine injury together with mandibular and complex skull fractures, scalp degloving, severe traumatic brain injury with thoracic injury, upper rib fractures, thoracic vascular injury and blunt cardiac rupture.

The progression from Memphis to Denver and Expanded Denver reflects a consistent problem: every selective screening strategy improves detection but still misses some clinically occult injuries. The growing use of rapid multidetector CTA has therefore driven interest in increasingly liberal or universal screening, although the optimal balance between case detection, false-positive findings, radiation, contrast exposure and resource use remains unsettled.

Imaging and Biffl grading

CT angiography

Multidetector CT angiography is the first-line imaging modality for suspected BCVI. It is rapid, widely available and can usually be incorporated into the initial trauma CT pathway. CTA should include the carotid and vertebral arteries from the aortic arch through the skull base and intracranial circulation.

Diagnostic performance depends on scanner technology, acquisition technique and image interpretation. A negative or equivocal CTA should therefore be reconsidered when the mechanism, injury pattern or clinical findings maintain a high suspicion for BCVI. This may require specialist re-review, repeat imaging or digital subtraction angiography, depending on the clinical context

Other imaging modalities

Digital subtraction angiography (DSA) remains the diagnostic reference standard but is invasive, time-consuming and not suited to routine trauma screening. It is generally reserved for equivocal or discordant CTA findings and for cases in which endovascular assessment or treatment is being considered.

Magnetic resonance angiography (MRA) avoids ionising radiation and may provide complementary vessel-wall and cerebral imaging. Longer acquisition times, limited availability and the practical difficulties of imaging unstable or multiply injured patients make it unsuitable as the primary screening test in most trauma settings

Image modality examples of CTA, DSA and MRA from left to right

Biffl grading scale

The Biffl scale classifies BCVI according to its angiographic appearance. It standardises reporting and allows comparison on follow-up imaging, but the injury grade should be interpreted alongside symptoms, vessel involved, associated injuries and bleeding risk rather than used as an isolated treatment algorithm

GradeAngiographic appearanceILuminal irregularity, intimal dissection or intramural haematoma with IIDissection or intramural haematoma with ≥25% luminal narrowing, or the presence of an intraluminal thrombus or raised intimal flapIIIPseudoaneurysmIVVessel occlusionVVessel transection with free extravasation